KR20210016809A - Sea cucumber culture farms for land use - Google Patents

Abstract

The present invention relates to a sea cucumber farm for land use. More specifically, the present invention relates to a sea cucumber farm for land use, which has a farming space in which a shelter where sea cucumbers are attached and grow in the direction of the flow of seawater can be installed on land to extend. The sea cucumber farm for land use of the present invention has a plurality of shelters extending side by side in the lengthwise direction of a water tank unit. Thus, since a large number of attachment spaces where sea cucumbers are attached and grown are secured compared to a space in the water tank unit, the production amount of sea cucumbers can be increased. In addition, since the sea cucumber farm for land use of the present invention prevents a shelter from moving by the flow rate of seawater by multiple sea cucumber collecting units formed at the bottom of the shelter, a uniform habitat environment between shelters is continuously provided to make a large number of sea cucumbers grow uniformly.

Description

Sea cucumber culture farms for land use

The present invention relates to a terrestrial sea cucumber farm, and more particularly, to a terrestrial sea cucumber farm having an aquaculture space in which a shelter in which sea cucumbers are attached and grown in a direction of flowing sea water on the land can be extended.

In general, terrestrial water tank aquaculture focused on the function of each component, and in the case of sea cucumbers, specific realization of feeding activities according to ecological habits was insufficient. Sea cucumbers do not have teeth like abalone, so they suck and ingest food through inhalation. Sea cucumbers that cannot eat while swimming like fish stick to rocks, sand, and algae, which are low quality areas in the sea, and mainly feed.

On the other hand, farming in the limited space of the existing land tank was limited to seedling cultivation and cultivation of young fry by using the spawn of fish, abalone, and sea cucumber as an attachment mechanism due to insufficient area.

In addition, there was a problem in that the sea cucumber farming only by sowing seeds, that is, sea cucumber farming using artificial reefs, was not established in Korea.

Republic of Korea Utility Model Publication No. 20-0485957 discloses a sea cucumber farm that uses a densely-cultivated land tank for sea cucumbers, which is an adherent animal, by giving a large attachment area to a land tank compared to aquaculture space. In the sea cucumber farm using the onshore tank, a number of shelters extend in the longitudinal direction of the tank and are separated in the width direction of the tank.

A number of shelters installed in the tank of the sea cucumber farm have heavy objects installed in each lower part and are initially kept flat and spaced from each other at regular intervals, but after a certain period of time, they are deposited in the bottom of the tank and are deposited at the bottom of the shelter by the flow velocity. Is gradually moved, and the maintenance of the distance between them is not constant. Accordingly, there is a disadvantage in that a uniform sea cucumber habitat environment cannot be provided as the flow rates between the shelters are formed differently.

Republic of Korea Utility Model Publication No. 20-0485957: Sea cucumber farm using land tank

The present invention is to solve the above problems, and is to provide a sea cucumber farm for land that is capable of providing a uniform sea cucumber habitat between shelters by preventing the shelter from moving due to the flow rate of seawater.

In addition, the present invention is to provide a terrestrial sea cucumber farm in which sea cucumbers can be stably grown by forming a space in which sea cucumbers are moved to the bottom of the shelter, or hibernate or continuously grow.

The land sea cucumber farm of the present invention for achieving the above object is installed to form an aquaculture space that is open upwards to the land and extends in the first direction with a certain width, and a water tank through which seawater is introduced and discharged; A shell touch unit including a plurality of shell touch bars disposed above the water tank in a direction crossing the longitudinal direction of the water tank and disposed to be spaced apart from each other in the longitudinal direction of the water tank; Sea cucumbers are attached to both sides of the water tank so that they extend in the vertical direction to provide an attachment space in which they can grow, extend in each length in the first direction, and are spaced apart from each other at regular intervals in the width direction of the aquaculture space. It includes a plurality of shelters mounted on the sheller holder bar at the top, and the shelter is opened in the first direction at both sides of the lower surface adjacent to the bottom of the water tank, so that sea cucumbers are collected according to the temperature of the seawater flowing in the water tank. It features a plurality of sea cucumber collection units spaced apart from each other in the first direction so that sea cucumbers can be collected by forming an inflow space that descends from the upper side and can be hibernated or grown. To do.

The shell touch unit may further include a center support bar extending in a longitudinal direction from a center side in the width direction of the water tank to connect a plurality of shell touch bars.

And, the land sea cucumber farm of the present invention is connected to the upper portion of the center support bar and extends in the vertical direction and extends in the first direction so that the plurality of shelters are separated into a first group and a second group. A seawater supply unit having a separation membrane partitioning the direction center and a plurality of branch pipes to supply seawater between the plurality of shelters constituting the first group from one side of the water tank unit, and is supplied to one side of the first group. A seawater drainage unit for discharging seawater passing through the other side of the second group and returning to one side of the tank unit is provided to the outside of the tank unit.

The separation membrane has both ends of the water tank with respect to the inner peripheral surfaces of both sides in the longitudinal direction so that the seawater supplied to the first group can be rotated from the other side of the plurality of shelters of the second group to one side. It is desirable to extend the same length apart.

It is preferable that the bottom surface is formed to be inclined so that one side into which seawater is introduced is formed deeper than the other side to facilitate movement of the sea cucumbers that gather to one side into which seawater is introduced.

In the land sea cucumber farm of the present invention, the inflow space of the sea cucumber collection unit is extended in the first direction, but the width is expanded toward the bottom so that it does not move by seawater, and the pipe member is spirally extended in the first direction, A space forming frame may be further provided that is spirally extended in a form in which the width is expanded toward the lower end of the sea cucumber collecting part.

The terrestrial sea cucumber farm of the present invention may further include a sea cucumber movement guide means for inducing the movement of sea cucumbers from the upper part of the shelter to the sea cucumber collection unit by individually supplying seawater at a temperature suitable for the growth of sea cucumbers into each of the sea cucumber collection units. have.

The advantage of increasing the production of sea cucumbers in the land sea cucumber farm of the present invention because a number of shelters are extended side by side in the longitudinal direction of the water tank, and a plurality of attachment spaces for sea cucumbers are attached and grown compared to the space of the water tank. There is this.

In addition, since the land sea cucumber farm of the present invention is prevented from moving by the flow velocity of seawater by a plurality of sea cucumber collecting units formed at the bottom of the shelter, a uniform habitat environment between shelters is continuously provided, so that a number of sea cucumbers can grow. There is an advantage that can be made uniformly.

In addition, the sea cucumber farm for land of the present invention is provided with a sea cucumber collecting unit in which sea cucumbers are introduced into the lower part of the shelter according to the water temperature, and an inlet space for growing or hibernating is provided, and the water tank is formed inclined toward the side where seawater is introduced. It has the advantage of easy harvesting of sea cucumbers.

In addition, the terrestrial sea cucumber farm of the present invention can induce sea cucumbers by individually supplying seawater at a temperature suitable for the activity of sea cucumbers to the sea cucumber collection unit, and at the same time shorten the undersurface or hibernation period of the sea cucumber so that sea cucumbers can grow continuously. There is an advantage in that it can be induced to increase aquaculture efficiency, and that sea cucumbers can be easily harvested.

1 is a perspective view of a sea cucumber farm for land according to a first embodiment of the present invention,
Figure 2 is a longitudinal sectional view of the land sea cucumber farm of Figure 1,
Figure 3 is a cross-sectional view of the land sea cucumber farm of Figure 1,
Figure 4 is a partial perspective view of the seltzer portion of the land sea cucumber farm of Figure 1,
5 is a partial perspective view of a sea cucumber farm for land according to a second embodiment of the present invention,
6 is a partially exploded perspective view of a sea cucumber farm for land according to a third embodiment of the present invention.

Hereinafter, a sea cucumber farm for land according to an embodiment of the present invention will be described with reference to the accompanying drawings.

The onshore sea cucumber farm 1 according to the first embodiment of the present invention includes a water tank 10, a plurality of shelters 30, a shell touch unit 20, a separator 50, and a seawater supply unit 60 ) And, a seawater drainage unit 65 is provided.

The water tank 10 is installed to be opened upward on the land and a form space 11 extending in the first direction with a constant width is formed therein.

The water tank 10 is not limited to that shown in FIG. 2, but after forming the excavation space 9 excavated to extend long in the first direction with a constant width on the land, it is formed of a material such as non-woven fabric, and the excavation space ( A cover member 13 covering the inner circumferential surface of P) and a first waterproof member 15 and a second waterproof member 17 having a waterproof function such as vinyl or tarpaulin are stacked as an upper layer of the cover member 13 to be formed. I can. The cover member 13 and the first and second waterproof members 15 and 17 extend to cover the circumference of the excavation space 9, as shown in Figs. 2 and 3, and the end of which is excavated soil or aggregate. It can be covered and fixed by a back.

The water tank part 10 is an example that is formed by covering the cover member 13 and the first and second waterproof members 15 and 17 on a portion inserted by digging the ground in the ground. A general water tank installed on land may be applied as the open aquaculture space is made to be formed long in a certain width in one direction.

The water tank 10 is formed with an inclined bottom surface so that one side of the seawater is formed deeper than the other side to facilitate harvesting at the time of harvesting sea cucumbers by using the characteristics of sea cucumbers that gather to one side of the seawater inflow.

The shell touch unit 20 extends above the water tank 10 in a direction crossing the longitudinal direction of the water tank 10 and is supported on both sides of the water tank 10 in the width direction and the length of the water tank 10 A plurality of shell touch bars 21 arranged to be spaced apart from each other at equal intervals in the direction, and a plurality of shell touch bars extending parallel to the longitudinal direction of the water tank 10 at the upper end of the center side in the width direction of the water tank 10 It is provided with a center support bar (24) connecting 21).

The center support bar 24 extends shorter than the water tank part 10, but extends longer than the water tank part 10 so that both sides may be supported on both sides in the longitudinal direction of the water tank part 10.

The plurality of shelters 30 extend in the vertical direction so as to provide an attachment space 31 in which sea cucumbers can be grown by attaching sea cucumbers to both sides in the water tank 10, and each length extends in the first direction.

A plurality of shelters 30 are mounted on the sheller holder bars 21 at regular intervals in the width direction of the aquaculture space, and rings 33 spaced at the top at regular intervals so that they can be mounted on the shelter holder bars 21 Are formed respectively. In addition, the shelter 30 is provided with a plurality of buoys 36 providing buoyancy at predetermined intervals at the upper end between the plurality of rings 33.

The shelter 30 is in the form of a mesh in which a plurality of meshes of 2 mm to 4 mm in size are formed to facilitate the attachment of air algae and pens in seawater that can be food for sea cucumbers.

The material to be applied to the shelter 30 is not limited, but a raschel net woven with PE yarn may be applied. It is preferable that the PE yarns are woven with each other to form a 2mm ~ 4mm mesh of filament yarns made of a PE material in the range of 12 ~ 18 strands.

The separation membrane 50 has an upper end mounted on the center support bar 24 and extends in the vertical direction and extends in the first direction to separate the plurality of shelters 30 into a first group (A) and a second group (B). Thus, the center of the water tank 10 in the longitudinal direction is partitioned.

The separation membrane 50 can be circulated from the other side of the plurality of shelters 30 of the second group (B) to one side by returning the seawater supplied to the first group (A) in a U-turn form from the other side of the water tank (10). Thus, both ends of the water tank 10 extend to be spaced apart by the same length with respect to both inner peripheral surfaces of the water tank 10 in the longitudinal direction so that U-turn sections 11a. 11b are formed on both sides of the water tank 10.

The separator 50 is preferably a general tarpaulin, but is not limited thereto as long as it has a waterproof function and thus the water tank 10 can be partitioned to circulate seawater. Although not shown, the separation membrane 50 is preferably a heavy object installed at the bottom so as not to move in the flow of seawater.

The water tank 10 is formed in a convex round shape in a direction in which both inner circumferential surfaces are separated from each other as shown in FIG. 1 so that the flow velocity of seawater is decreased or the floating matter does not settle in the U-turn section 11a.11b.

The seawater supply unit 60 includes a first seawater main supply pipe 61 extending upward from one side of the water tank 10 in which a plurality of shelters 30 of the first group are located in the sea, and the first seawater main supply pipe 61. The first manifold part 63 extending in the width direction of the water tank part 10 from the end and the first manifold part 63 in the other direction of the water tank part 10 protrude from the side of each of the first group. A plurality of first branch pipes 64 are spaced apart from each other so as to face between the shelters and discharge seawater between the shelters 30. The first seawater main supply pipe 61 is not shown, but a pump for pumping seawater is installed on one side. The seawater supply unit 60 may increase the circulation efficiency of seawater since the plurality of first branch pipes 64 supply seawater between shelters.

The seawater drainage unit 65 is installed in the U-turn section 11b formed on one side of the water tank 10, is supplied to one side of the first group A, and passes through the other side of the second group B. Seawater returning to one side of (10) is drained to the outside of the water tank (10).

The seawater drainage unit 65 includes a main seawater drainage pipe 66 extending to the outside of the water tank, and a plurality of unit seawater drainage pipes 67 and 68 that are stacked above the main seawater drainage pipe 66 and are detachably coupled. .

In order to adjust the water level of the water tank 10, only one of the plurality of unit seawater drainage pipes 67 and 68 may be coupled to the upper end of the main seawater drainage pipe 66, and all may be combined as shown. A plurality of unit seawater drainage pipes 67 and 68 may be provided in two or more differently than shown.

When harvesting, sorting, or cleaning sea cucumbers, a plurality of unit seawater drainage pipes 67 and 68 are separated from the main seawater pipe 66 so that the entire amount of seawater in the water tank 10 can be discharged. . In addition, it is preferable that a screen 69 is installed at the entrance of the unit seawater drainage pipe 68 located at the top to prevent sea cucumbers from entering.

When it rains, the fresh water flowing into the water tank 10 is not piggybacked on the flow of seawater due to the difference in density, but is immediately moved to the bottom of the water tank 10 and exits the seawater drainage part 60, so seawater in the water tank 10 It is prevented from lowering the salinity.

On the other hand, the shelter 30 is opened in the first direction on both sides of the bottom adjacent to the bottom of the water tank 10, so that when the temperature of seawater flowing in the water tank 10 rises above 20℃ or falls below 4℃ The sea cucumber descends from the upper part of the shelter 30 and forms a bottom surface or hibernation, or forms an inflow space 41 that can grow, so that the sea cucumbers can be gathered, and the sea cucumbers are spaced apart from each other in the first direction to flow into the open sides. It is provided with a plurality of sea cucumber collection unit 40.

In the plurality of sea cucumber collecting portions, inflow spaces 41 open to both sides in the first direction are extended in the first direction to prevent movement due to the flow rate of seawater, but the space forming frame 46 is formed so that the width is expanded toward the bottom. Is inserted.

The space forming frame 46 is a tubular member spirally extended in the first direction, and is spirally extended in a form in which the width expands from the top to the bottom, and is inserted into the sea cucumber collecting unit 40.

The space-forming frame 46 extends in the width direction of the water tank 10 parallel to the bottom of the water tank but extends from one side to the other, and extends adjacent to the other side of the water tank 10. A plurality of horizontal extensions 47 spaced at equal intervals in the longitudinal direction, and a water tank 10 extending upward from the other end of the horizontal extension 47 toward the center of the horizontal extension 47 and going to the top The plurality of first inclined extensions 48 extending obliquely toward the other side of the, and horizontal extensions 47 adjacent to the other side of the water tank 10 from the upper end of the plurality of first inclined extensions 48 It extends to one end or extends downwardly, but facing one end of the horizontal extension portion 47, and includes a plurality of second inclined extension portions 49 extending in the direction of the other side of the water tank portion 10. That is, the space forming frame 46 has a spring shape of a triangular column shape.

In the land sea cucumber farm 1 according to the first embodiment of the present invention having the above configuration, a plurality of shelters 30 extend side by side in the longitudinal direction of the water tank 10, so that the water tank 10 Since a number of attachment spaces 31 in which sea cucumbers are attached and grown are secured compared to space, there is an advantage of increasing the production of sea cucumbers.

And, the land sea cucumber farm 1 according to the first embodiment of the present invention prevents the shelter 30 from moving due to the flow velocity of seawater by a plurality of sea cucumber collecting units 40 formed under the shelter 30 Therefore, there is an advantage in that a uniform habitat environment between shelters is continuously provided, so that a number of sea cucumbers can grow evenly.

In addition, in the land sea cucumber farm 1 according to the first embodiment of the present invention, when the water temperature rises or falls, the sea cucumber flows into the lower part of the shelter 30, so that the bottom surface or hibernation, or the inflow space 41 ) Is provided with a sea cucumber collecting unit 40, and the water tank 10 is formed to be inclined toward the inflow of seawater, so sea cucumber harvesting is easy.

On the other hand, Figure 5 shows a sea cucumber farm 2 for land according to a second embodiment of the present invention. Components having the same function as in the drawings shown above are denoted by the same reference numerals.

The onshore sea cucumber farm 2 according to the second embodiment of the present invention is that seawater is supplied to one side of the water tank 10 and is drained to the other side, and the onshore sea cucumber farm 1 according to the first embodiment of the present invention It does not have a separator 50 of the, and a plurality of shelters 30 extend adjacent to both sides in the longitudinal direction of the water tank (10).

In the water tank 10 according to the second embodiment of the present invention, since seawater moves only from one side to the other, it is preferable that both ends are installed so as to have the same width as the center side, as shown in FIG. As shown, inner peripheral surfaces of both ends may be formed to be convex in a direction away from each other. In this case, the seawater drainage unit 60 is preferably installed at the center of the other end of the water tank 10.

In addition, the seawater supply unit 160 includes a main supply pipe 61, a manifold portion 163 extending by the width of the water tank 10, and a side portion of the manifold portion 163 facing the other side of the water tank 10 It is provided with a plurality of branch pipes 64 protruding toward between a plurality of shelters in the shelters 30 to discharge seawater between the shelters 30. In addition, the seawater supply pipe 66 is installed on the other side of the water tank 10.

The center support bar 24 of the shell touch unit 20 supports the shelter 30 instead of the separator 50. Among the plurality of shelters 30, the shelter 30 located below the center support bar 24 has a ring 133 penetrating in the longitudinal direction of the water tank 10 so that it can be mounted on the center support bar 24. It is preferably formed.

On the other hand, Figure 6 shows a portion of the land sea cucumber farm according to the third embodiment of the present invention. Components having the same function as in the drawings shown above are denoted by the same reference numerals.

A sea cucumber farm for land use according to a third embodiment of the present invention further includes a means for inducing sea cucumber movement in the structure of a sea cucumber farm for land use according to the first embodiment of the present invention or the second embodiment of the present invention.

The sea cucumber movement induction means is to collect a number of sea cucumbers under the shelter to facilitate harvesting, and by individually supplying seawater at a temperature suitable for sea cucumber growth into each sea cucumber collection unit 40, the shelter 30 The sea cucumber is moved into the sea cucumber collection unit 40 from the top.

The sea cucumber movement guide means is a space-forming frame 146 inserted into the sea cucumber collection unit 40, a low-temperature seawater storage tank 171 storing low-temperature seawater of 13 to 18 degrees, and a low-temperature seawater storage tank 171. A low-temperature seawater supply unit 173 extending into the unit 40 and connected to the space forming frame 146 to supply seawater to the inlet space 41, and a seawater collection unit for storing low-temperature seawater stored in the low-temperature seawater storage tank 171 ( A low-temperature seawater supply pump (not shown) pumped to 40) and a coupling member 170 connecting the low-temperature seawater supply unit 173 and the space forming frame 146 are provided.

The low temperature seawater storage tank 171 is connected to a tank seawater supply pipe 178 extending from the sea. The tank seawater supply pipe 178 is equipped with a water pump (not shown) for introducing seawater to one side.

The low-temperature seawater storage tank 171 may have a heat exchanger (not shown) installed therein to maintain a seawater temperature of 13 to 18 degrees. Alternatively, the tank seawater supply pipe 178 may be extended to the deep sea so that seawater from the deep sea is supplied so that the seawater stored in the low temperature seawater storage tank 171 can have a lower temperature than the seawater supplied to the water tank 10 have.

In addition, the sea cucumber movement inducing means further includes a water temperature sensor (not shown) that senses the temperature in the water tank 10, and a control unit (not shown) that receives the measured information from the water temperature sensor and controls the operation of the low temperature seawater supply pump. Can be equipped.

The low-temperature seawater supply unit 173 extends from the low-temperature seawater storage tank to a lower portion of one side of the water tank 10, and includes a second seawater main supply pipe 174 to which a low-temperature seawater supply pump is connected to one side, and the low-temperature seawater main supply pipe 174. A second manifold part 177 connected to the end and extending in the width direction of the water tank part 10 and protruding from the side of the second manifold part 175 toward the other side of the water tank part 10 It includes a plurality of second branch pipes 177 extending to the sea cucumber collecting portion 40 of the shelter 10 of the.

On the outer circumferential surface of the plurality of second branch pipes 177, a plurality of coupling members 170 to be described later and threads for screwing are respectively formed.

The space forming frame 146 includes a plurality of horizontal extensions 47, a plurality of first inclined extensions 48, a plurality of second inclined extensions 49, a first coupling part 151, The second coupling portion 153 is provided, and a hollow is formed that extends through the longitudinal direction so that seawater can flow inside. In addition, the plurality of horizontal extensions 47 of the space forming frame 146, the plurality of first inclined extensions 48, and the plurality of second inclined extensions 49 communicate with the hollow and inflow space 41 A plurality of injection holes (146a) through which seawater is discharged is formed through the outward direction of the).

The first coupling part 151 extends from one end of the horizontal extension part 47 in a direction of one side of the water tank 10 to face the second branch pipe 177 or adjacent to the other space forming frame 146 It faces the second coupling portion 153 to be described later.

The second coupling portion 153 is a direction facing the first coupling portion 151 of the other space forming frame 146 adjacent to the other side of the water tank 10 at the other end of the second slope extension portion 49 Is extended to

The first coupling portion 151 and the second coupling portion 153 are formed with a screw wire for screwing with a coupling member on each outer circumferential surface.

The coupling member 170 includes the low-temperature seawater main supply unit 173 and the low-temperature seawater main supply unit 173 so that the low-temperature seawater transferred from the low-temperature seawater main supply unit 173 can be supplied into the inflow space 41 while moving from one side of the water tank 10 to the other side. By connecting the space-forming frames 170 or connecting the space-forming frames 146 adjacent to each other, the inside is formed in a shape of a tube through which low-temperature seawater can be moved inside.

The coupling member 170 has a second branch pipe 177, the first coupling portion 151, or the second coupling portion 153 and the threaded lines in opposite directions are formed on both inner peripheral surfaces for screwing.

On the other hand, the sea cucumber collecting unit 40 is an inlet through which the sea cucumber attached to the upper part of the shelter 30 is moved downward and is in communication with the inflow space 41 at the top so as to facilitate the inflow into the inflow space 41. It further includes (143).

The sea cucumber farm for land use according to the third embodiment of the present invention can induce sea cucumbers by individually supplying seawater at a temperature suitable for sea cucumber activity to the sea cucumber collection unit 40, and at the same time shorten the period of the underside or hibernation of the sea cucumber. There is an advantage in that it is possible to increase the culture efficiency by inducing the sea cucumber to grow continuously, and to easily harvest the sea cucumber.

On the other hand, although not shown, as a fourth embodiment of the present invention, the structure of the land sea cucumber farm according to the first embodiment of the present invention may further include a buoy spacing member.

The buoy 36 installed in each shelter 30 is installed at a position corresponding to the width direction of the water tank 10, and coupling grooves drawn in opposite directions to each other on both sides of the facing buoy 36 (not shown) Is formed.

The buoy spacing holding member has a bar shape extending a predetermined length, and is coupled to opposite coupling grooves of adjacent buoys 36 on both sides to maintain the spacing between shelters.

In the land sea cucumber farm according to the fourth embodiment of the present invention, since the upper spacing of the plurality of shelters 30 is kept constant, the seawater flow rate between the shelters is kept constant, and the efficiency of maintaining a uniform habitat environment can be further increased. .

In the above, the land sea cucumber farm according to the present invention has been described with reference to an example shown in the drawings, but this is only illustrative, and those of ordinary skill in the art will have various modifications and other equivalent embodiments from this. You will understand that it is possible. Therefore, the scope of the true technical protection of the present invention should be determined by the technical spirit of the appended claims.

1: land sea cucumber farm 10: fish tank
20: shelter support unit 21: shelter support bar
24: center support bar 30: shelter
40: sea cucumber collection part 41: inflow space
46: space formation frame 50: separator

Claims (5)

A water tank part which is open upward on the land and is installed to form an aquaculture space extending in the first direction with a certain width, and through which seawater is introduced and discharged;
A shell touch unit including a plurality of shell touch bars disposed above the water tank in a direction crossing the longitudinal direction of the water tank and disposed to be spaced apart from each other in the longitudinal direction of the water tank;
Sea cucumbers are attached to both sides of the water tank so that they extend in the vertical direction to provide an attachment space in which they can grow, extend in each length in the first direction, and are spaced apart from each other at regular intervals in the width direction of the aquaculture space. It includes a plurality of shelters mounted on the shell terrestrial bar at the top,
The shelter is
Both sides are opened in the first direction at the bottom of the water tank, so that the sea cucumber descends from the upper side according to the rise or decrease of the temperature of the seawater flowing in the water tank to form an inlet space for growth A sea cucumber farm for land, characterized in that it has a plurality of sea cucumber collecting units spaced apart from each other in the first direction so that the sea cucumbers are guided to gather and flow into both open sides. The method of claim 1,
The pipe member is spirally extended in the first direction so that the inflow space of the sea cucumber collecting unit extends in the first direction, but the width increases downward, and the width is helically extended from the top to the bottom. A sea cucumber farm for land, characterized in that it further comprises a space-forming frame inserted into the sea cucumber collecting unit to prevent the shelter from moving by the flow velocity of seawater. The method of claim 1, wherein the shell touch unit
Further comprising a center support bar extending in the longitudinal direction from the center side in the width direction of the water tank to connect a plurality of shell touch bars
A separation membrane connected to the upper portion of the center support bar and extending in a vertical direction and extending in the first direction to divide the center of the water tank in the longitudinal direction so that the plurality of shelters are separated into a first group and a second group; and A seawater supply unit having a plurality of branch pipes so that seawater can be supplied between the plurality of shelters constituting the first group from one side of the grandfather, and the number is supplied to one side of the first group and passes through the other side of the second group. Further comprising a seawater drainage portion for draining the seawater returned to one side of the grandfather to the outside of the water tank,
The separation membrane has both ends on both inner peripheral surfaces of the water tank in the longitudinal direction so that the seawater supplied to the first group can be circulated from the other side of the plurality of shelters of the second group to one side around the other side of the water tank. The same length is extended apart from each other
The water tank portion is a sea cucumber farm for land, characterized in that the bottom surface is formed to be inclined so that one side of the seawater is formed deeper than the other side to facilitate the movement of sea cucumbers that gather to one side where seawater is introduced. The method of claim 2,
A sea cucumber farm for land, characterized in that it further comprises a sea cucumber movement guide means for inducing the movement of sea cucumbers from the upper part of the shelter into the sea cucumber collection unit by individually supplying seawater at a temperature suitable for growing sea cucumbers into each of the sea cucumber collection units. The method of claim 4, wherein the sea cucumber movement inducing means
A low-temperature seawater storage tank in which low-temperature seawater is stored,
From the low-temperature seawater storage tank to the sea cucumber collection unit, the low temperature into the inflow space through the space-forming frame formed with a plurality of injection holes in communication with the hollow formed extending along the extension direction and coupled to the space-forming frame. A seawater main supply pipe that supplies seawater,
As the low-temperature seawater delivered from the seawater main supply pipe is moved from one side of the water tank to the other, the space forming frames adjacent to each other are connected so that it can be supplied into the inflow space, and the inside is penetrated so that low-temperature seawater can be moved inside. It has a tubular coupling member,
The sea cucumber collection unit
A sea cucumber aquaculture plant for land, characterized in that further comprising an inlet through which the sea cucumber attached to the upper part of the shelter is moved downward to facilitate the inflow and communicates with the inflow space.

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