KR100541176B1 - Culture Container for Scallop or Abalone - Google Patents

Abstract

The present invention relates to a scallops or abalone modality positivity group.

The present invention is configured to stack the upper unit housing in the vertical direction to fix both sides with a fixing means, having a cover on the bottom of the unit enclosure to selectively form or nurture scallops and abalone.

Therefore, it is possible to grow the abalone in a state in which the cover is separated from one enclosure, and to increase the cultivation efficiency by allowing the scallop to be cultured in a state where the cover is fixed.

Scallops, Abalone, Western food, Unit enclosure

Description

Scallop or abalone farming machine {Culture Container for Scallop or Abalone}

Figure 1 is a longitudinal cross-sectional view showing an exploded culture proton according to the present invention, Figure 1a is a state in which the cover is coupled by the protrusion and groove structure, Figure 1b is a view showing the state in which the cover is coupled by the clip structure.

Figure 2 is a plan view showing the decomposition of a combined proton according to the present invention.

Figure 3 is a plan view of a dual-use proton according to the present invention.

Figure 4 is a state of use when farming or nurturing scallops using a culture-positive proton according to the present invention.

Figure 5 is a state of use when farming or nurturing abalone using a culture-positive proton according to the invention.

6 is a perspective view of a pallet installed on the bottom of the enclosure shown in FIG.

7 is a view for explaining a state in which the pallet shown in Figure 6 is installed on the bottom of the enclosure by the elastic projections.

<Brief description of symbols for the main parts of the drawings>

10: unit enclosure 11: bottom

11a: recess 12: side

13: Hole 14: Upper edge

15: Lower edge 15a: Positioning rib

16: Through hole 17: Cover

17b: protrusion 20: fixing means

The present invention relates to a scallop or abalone modifier, and in particular, by installing or fixed to the vertically overlapping unit enclosures of synthetic resin material having a lattice-shaped hole along the periphery of the bottom and side, while preventing corrosion due to sea water for a long time In order to easily cultivate or cultivate scallops, and to separate and use the cover attached to the lower center, there is no separate enclosure so that seaweeds such as seaweed or kelp can be supplied to farm or cultivate abalone. It is.

In general, aquaculture is divided into aquaculture and aquaculture, depending on the type of aquatic life. Aquaculture is mainly used for identities such as scallops, abalone, and sea urchins.

Here, the hanging type is used for oysters, mussels, scallops, oysters, pearl shells, abalone, turban shells, and other sea urchins, and is made of plastic or styrofoam. Both ends of the anchors are fixed by anchors, and then hung by chalons or ropes at predetermined intervals.

The farm for farming such abalone is provided with a bottom plate which is connected to a plurality of longitudinal and transverse grids, the bottom surface of the bottom plate is provided with a net, the outer periphery is also installed with a net at a constant height In the bottom plate, abalones are arranged at regular intervals.

However, in the conventional farms as described above, the transverse and longitudinal sections constituting the bottom plate are formed of steel pipes, which may easily be corroded by salt water.

Therefore, abalone usually has to grow about three years, as the base plate is easily corroded, there was a problem that the abalone house installed on the base plate is lost and damaged.

In order to solve the problem of corrosion, we used resin pipes between the transverse and longitudinal sections, but in this case, the entire bottom plate is shaken by the sea swelling, which causes the abalone to be stressed, thus slowing down the growth rate of the abalone. There was this.

And in order to install the net on the bottom surface of the bottom plate must be tied together using a string and the cross between the net and the work is not easy to work, especially when the net is installed on the bottom surface of the bottom plate to climb over the abalone house There was a problem that the installation and separation of the abalone house was not easy as the net shook when installing and removing.

In addition, when fixing the abalone on the base plate, it was not easy to install the abalone because it was fixed to the transverse or species by using a string.In order to remove the moss attached to the abalone in the form or to remove the mature abalone Even when the abalone was separated from the base plate there was a problem that the separation operation is not easy.

The present invention has been made in order to solve such a problem, by vertically overlapping the synthetic resin housing having a lattice-shaped hole along the periphery of the lower side and side, it is possible to grow or nurture scallops, and also In the case of using the cover separated in the center, the purpose is to provide a scallop or abalone aquaculture machine that can grow or cultivate abalone without providing a separate enclosure.

In order to achieve the above object, the present invention stacks unit units having an open top in a vertical direction and fixes both sides with fixing means, and includes a cover at the bottom of the unit enclosure to selectively form or cultivate scallops and abalones. Provides a scallops and abalone modality positivity characterized in that it is configured to.

Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings.

Scallop and abalone modality training device according to the present invention as shown in Figure 1a to 5, the unit enclosure 10 and a plurality of unit enclosures (10 ') are stacked to be fixed to the fixing means 20 have.

Here, the unit box 10 is injection molded of a corrosion resistant synthetic resin material, the upper portion is open, the bottom surface 11 and the side surface 12 having a predetermined height surrounding the bottom surface 11 A mesh-shaped hole 13 is formed on the front surface so that the flow of seawater is made smoothly.

In addition, an upper edge 14 and a lower edge 15 are formed in the upper and lower portions to reinforce the strength of the unit box 10. In the middle portion of the upper and lower edges 15, the centers have the same diameter. The ball 16 penetrates integrally and is formed.

Further, inside the lower edge 15, a positioning rib 15a having a predetermined length (height) in the lower direction is formed along the lower edge 15 so as to be lifted up and down. It is inserted to be seated on the inner side of the upper edge of the to prevent the flow of left and right.

In addition, one side or the center of the bottom surface forming the lower portion of the unit box 10 is provided so as to selectively engage or secure the cover 17 having a predetermined area and formed with a mesh hole 17a.

The combination of the cover 17 and the bottom surface of the unit enclosure 10 is formed integrally with a plurality of projections 17b at the edge of the cover 17, the unit enclosure 10 in which the projections 17b are located. It can be made by forming a plurality of grooves (11a) to be fixed by an interference fit.

Detachable fixing of the cover 17 using the protrusion 17b and the recess 11a is more preferably by a snap-type detachable means using the fixing clip 117b as shown in FIG. 1B. . To this end, the cover 117 is hingedly coupled to the fixing clip 117b, as shown in an arbitrary position, such as the center portion of the edge 121, the clip 117b of the portion of the opening edge 122, the cover 117 is fitted The clip fixing ring 111a is also attached to the corresponding part. Therefore, the snap clip 117b is detachably attached to the clip fixing ring 117b so that the cover 117 is fitted into the opening of the unit enclosure 110 to be coupled or combined. Will be solved.

As such, when the cover 17, which is detachably coupled to the opening of the enclosure 10, is fixed to the unit enclosure 10, the scallops may be prevented from escaping to the outside in the process of farming or nurturing the scallops. When 17) is separated from the unit enclosure 10 and used in the form of a penetrating upper and lower portions, it is possible to cultivate or culture abalone by putting seaweeds 30, such as seaweed or kelp, which are the stock of abalone, through the penetrated portion.

The fixing means 20 is to prevent the stacking of a plurality of unit enclosures 10, the through hole 16 formed in the upper edge 14 and the lower edge 15 of the unit enclosure (10). It is provided to connect and fix by any one of the inserted bolt or nut or iron wire and synthetic resin wire.

At this time, when using a bolt or nut, it is preferable to use a coated with a synthetic resin, and when using a bolt and a nut of a synthetic resin, it is more preferable to use an iron core inserted therein.

In addition, the iron core is preferably to be inserted in advance when the plastic bolt is injected, it is more preferable to use that is coated with a synthetic resin material on the surface when using the iron wire.

The scallop and abalone culture training device configured as described above, in the case of scallop farming, first touches the projection (17b) formed on the cover 17 to the groove (11a) formed on the bottom of the unit enclosure 10, the finger Pressing at the same time and the projection (17b) is inserted into the groove (11a) by the pressure is fixed.

At this time, the recess 11a and the protrusion 17b are forcibly fitted or the fixing clip 117b and the fixing ring 111a are prevented from being separated.

Next, the cover 17 is coupled and fixed to the other unit enclosure 10 'on the unit enclosure 10 to which the cover 17 is fixed, through the same process, and the other unit enclosure 10 having the cover 17 fixed thereto. Put the ') on the top and press down to insert it.

At this time, the positioning ribs 15a formed inside the lower edge 15 of the unit box 10 are prevented from being separated while being inserted into the inside of the upper border 14 while being prevented from tilting left and right.

And after stacking several stages through this process through the through holes 16 formed on both sides of the unit member (10, 10 ') and then insert the bolt or nut and steel wire or wire of synthetic resin material, the fixing means 20 Fixing will give you a benign phase that can either grow or grow scallops.

On the other hand, in the case of farming abalone, the cover is fitted and fixed by the projection 17b and the recess 11a or the clip 117b and the ring 111a in the process of coupling or fixing the unit enclosure 10 as described above. By separating (17) and then stacking and fixing, it is possible to feed the seaweeds 30, such as seaweed and kelp, which are the main forms of abalone, through the central opening to cultivate abalone or farm them.

However, at this time, the pallet 123 as shown in FIG. 6 may be inserted into the bottom surface of the enclosure 10. As the pallet 123 is formed with only a hole 125 having a diameter of 5 cm as shown in the bottom, it is sparsely penetrated. The diatoms that feed the abalone can be easily attached and at the same time secure enough area for the abalone to be attached, thereby greatly improving the vegetation conditions of the abalone, thereby greatly improving the size and fidelity of the abalone. As shown in the housing 10, a plurality of high-elasticity projections 127 made of rubber material protrude in a row below the inner wall surface, and the pallet 123 is easily deformed by elastically deforming the projections 127 by pressing force by the pallet 123. It can be detached to the enclosure (10).

As described above, the present invention fixes the synthetic resin housing having lattice-shaped holes vertically along the bottom and side circumferences to form or nurture scallops while preventing corrosion by sea water for a long time, and at the bottom center thereof. In the case of using the cover attached to separate, there is an effect that can be cultured or nurtured abalone without having a separate enclosure.

Claims (8)

The upper part is open, the unit body 10 having a bottom surface 11 and a side surface 12 surrounding the bottom surface 11 and having a predetermined height and a removable cover 17 formed on a portion of the bottom surface 11. ; And fixing means 20 for fixing both sides of the plurality of unit enclosures 10 stacked in a vertical direction, when the cover 17 is fixed to the bottom surface 11 to form or cultivate scallops. When the cover (17) is separated from the bottom (11), scallop and abalone culture training machine, characterized in that the abalone can be cultured or nurtured. The method of claim 1, The bottom 11 and the side 12 and the cover 17 of the unit enclosure 10 is formed with a mesh-shaped hole (13, 17a) is characterized in that the scallop and abalone modifier. The method of claim 1, The unit enclosure 10 and the cover 17 is a scallop and abalone culture modulator, characterized in that formed of a synthetic resin material. The method of claim 1, The unit enclosure 10 has a predetermined height inside the lower edge 15 and further comprises a positioning rib (15a) that is fitted to be seated on top of the other unit enclosure 10, scallops and abalones characterized in that Combined Trainer. The method of claim 1, The fixing means 20 is connected to any one of a bolt or nut or an iron wire and a wire of synthetic resin inserted into the through hole 16 formed in the upper edge 14 and the lower edge 15 of the unit box 10. Scallop and abalone aquaculture for two years characterized in that the fixed. The method of claim 1, The cover 17 is provided with a plurality of projections (17b) and scallop and abalone, characterized in that detachably coupled to a plurality of grooves (11a) formed in the corresponding position of the bottom surface 11 of the unit enclosure (10). Aquaculture machine. The method of claim 1, The cover 117 has a fixing clip 117b hingedly attached to at least one or more positions of the edge 121, so that the clip 117b of the portion of the opening edge 122 into which the cover 117 is fitted. Scallop and abalone modality cultivator, characterized in that detachably coupled to the fixing ring (111a) attached to the position corresponding to the. The method of claim 1, The unit enclosure 10 includes a high elastic protrusion 127 protruding from an inner wall surface thereof, and a plate-type pallet 123 having a plurality of holes 125 sparsely penetrated therefrom is detachably attached to the high elastic protrusion 127. Scallops and abalone aquaculture machine, characterized in that inserted.

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