KR20210056596A - a Floating Assembly for Cultivating a Seaweed - Google Patents

Abstract

Provided is a floating assembly for cultivating seaweed to increase workability. According to the present invention, the floating assembly for cultivating seaweed provides buoyancy by being connected to a pair of left and right support bars supporting a cultivation grid across the longitudinal direction of the cultivation grid in which seaweed is cultivated. The floating assemble comprises: a buoyancy unit including a plurality of containers for generating buoyancy by gas filled in the internal space thereof; an upper container holder downwardly extending a plurality of first connecting tubes from the lower surface of a planar main body, wherein the first connecting tube has an open fixing hole allowing an inlet stopper for sealing an inlet of the container to be corresponded, inserted, and fixed thereinto; a lower container holder integrally having a plurality of perforated lower fixing rings adjacent to each other, wherein the lower fixing ring has a container fixing hole allowing the main body of the container to be corresponded, inserted, and fixed thereinto; and a bar holder allowing an upper end, which extends upward from both upper surfaces of the planar main body to come in contact with the support bar, to be fixed to the support bar by at least one elastic fixing tube.

Description

Floating Assembly for Cultivating a Seaweed}

The present invention relates to a floating assembly used to cultivate algae, and in more detail, a structure to be assembled with a container generating buoyancy is fixed to the left and right pairs of support bars, and the structure is separated and disassembled from the support bar when the container is replaced. The present invention relates to a floating assembly for seaweed farming that can easily and quickly perform the operation, improve buoyancy, and facilitate flipping.

In general, seaweeds are largely divided into three types: brown algae such as kelp, seaweed, fusiformes, and silmal, and red algae such as laver and black agar, and green algae such as green algae. As a result, seaweeds such as seaweed, seaweed, kelp, green seaweed, tot, majaban, and hearing are mainly consumed for food.

Among these seaweeds, laver is submerged below the sea level during high tide, while it grows well in the upper intertidal zone exposed above the sea level during low tide.

As a result, fishermen who practice braided laver farming repetitively go to the sea every day to overturn the gimbal (haetaenet), which is connected by hanging the floating float, so that the laver is exposed to the sun above the sea level or is submerged in the sea level. It must be done.

If such gimbal is not properly exposed to the sun on the sea level and is continuously submerged, of course, various seaweeds and seaweed germs growing in the flooded zone invade the flooded gimbal and cause damage such as death.

Therefore, stably installing a float floating on the sea level in the gimbal for the reliable exposure of gimbal is the most important thing in the laver farming industry.

In general, as a supporting device for supporting the gimbal in which laver is cultured at sea, it consists of a plurality of floats floating on the sea level, and one or more support bars connecting the floats to maintain the spacing and shape between the floats.

However, the buoyant body that generates buoyancy is usually composed of styrofoam, but it is extremely poor in durability and is easily damaged even by small impacts, and debris generated when it is damaged severely contaminates the ocean. Because it was short, maintenance costs were excessive.

The support bar connecting the bracket and the gimbal must be tied to the accessory body with a rope, but it is very cumbersome for the operator to bind the support bar, which is a straight material, to the outer surface of the body, which is a sphere, as a rope. There was a problem that it took too much time.

In addition, the overall weight is increased by the bulky buoy to have sufficient buoyancy when the worker turns over the gimbal by hand or by a ship, along with the buoy and the support bar bound thereto at sea, so there is a problem of increasing the work load during the reversal of gimbal. there was.

(Patent Document 1) KR10-1895581 B1

In Patent Document 1, in the floating assembly that provides buoyancy by being connected to at least one support for supporting the farmed foot across the longitudinal direction of the farmed foot in which seaweed is farmed, the support is raised and fixed in position. Equipped, equipped with a second fixing portion formed through at least one fastener, the first body connected to the support; A floating assembly for seaweed farming including a buoyancy part that is fixedly disposed at the lower part of the second fixing part by inserting and fixing a part of the upper end into the fixing tool of the second fixing part, and generating buoyancy by the gas filled in the internal space is posted. I'm doing it.

However, the floating assembly for seaweed aquaculture published in Patent Document 1 is a pair of left and right pairs of the first body structure combined with a container filled with gas to generate buoyancy, and an operator binds it to a support bar using a binding material such as a wire rope or a cable tie. It is very cumbersome for the operator to disassemble the binding material and separate and disassemble the first body structure from the support bar in order to replace it with a new container in case of damage or damage to the container that is fixed or causes buoyancy, and increases the work load. It acted as a factor to lower productivity.

In addition, there is a problem in that it is impossible to change the number of installations of containers to increase or decrease the number of installations of containers that generate buoyancy according to the size of the gap formed between the support bars arranged side by side in a pair of left and right.

In addition, as the first body structure assembled with the inlet of the container and the second body structure assembled with the container body are integrally formed with each other, the entire structure is damaged or damaged. Since it has to be replaced with a new structure, there has been a problem of increasing the management and maintenance cost of the floating assembly.

Accordingly, the present invention is to solve the above-described problems, the object of which is to separate the structure from the support bar during the container replacement operation, along with the work of fixing the position of the container generating buoyancy and the structure to be assembled on the left and right pair of support bars. It is intended to provide a floating assembly for seaweed farming that can perform the disassembly operation easily and quickly.

Another object of the present invention is to provide a floating assembly for aquaculture of seaweed that can simply and quickly increase or decrease the number of installations of containers that generate buoyancy according to the size of the gap formed between the support bars consisting of a pair of left and right.

The technical problems to be achieved in the present invention are not limited to the technical problems mentioned above, and other technical problems that are not mentioned will be clearly understood by those of ordinary skill in the technical field to which the present invention belongs from the following description. I will be able to.

As a specific means for achieving the above object, a preferred embodiment of the present invention is connected with a pair of left and right support bars supporting the farmed feet across the longitudinal direction of the farmed feet in which seaweed is farmed to provide buoyancy to the floating assembly. In the above, the buoyancy unit having a plurality of containers for generating buoyancy by the gas filled in the internal space; An upper container holder in which a plurality of first connecting pipes having an open first fixing hole are extended downward from a lower surface of the plate body so that the injection port stopper for sealing the injection port of the container is correspondingly inserted and fixed in position; A lower container holder having a plurality of lower fixing rings formed through a container fixing hole in which the body of the container is correspondingly inserted and fixed, adjacent to each other and integrally provided; And a bar holder fixed with the support bar through at least one fixing elastic tube at an upper end extending upward from the upper surface of both sides of the plate body so as to be in contact with the support bar. do.

At this time, the inner surface of the first fixing hole is in close contact with the outer surface of the injection port to generate a tight fixation force, or a plurality of protrusions formed so as to generate a locking force when a neck ring protruding from the outer circumferential surface of the injection hole is caught. It may have a protruding jaw.

In addition, another preferred embodiment of the present invention is a floating assembly that provides buoyancy by being connected to a pair of left and right support bars supporting the farmed feet across the longitudinal direction of the farmed feet in which seaweed is farmed, A buoyancy unit having a plurality of containers generating buoyancy by means of; A plurality of second connecting pipes having a second fixing hole whose upper surface is sealed so that the injection port of the container is correspondingly coupled and sealed to be fixed, or the injection port stopper for sealing the injection port of the container is correspondingly inserted and fixed to the lower part of the plate body. Upper container holder extending downward from the surface; A lower container holder having a plurality of lower fixing rings formed through a container fixing hole in which the body of the container is correspondingly inserted and fixed, adjacent to each other and integrally provided; And a floating assembly for seaweed farming, characterized in that the upper end extending upwardly from the upper surface of both sides of the plate body so as to be in contact with the support bar comprises a bar holder fixed to the support bar via at least one fixing elastic tube. can do.

In this case, the second fixing hole is provided as a circular hole formed on an inner circumferential surface of a male screw formed on the outer surface of the injection port and a female thread screwed to the inner circumferential surface, or provided as a circular hole in which the outer circumferential surface of the inlet stopper sealing the injection port is tightly fixed to the inner circumferential surface. Can be.

At this time, the bar holder has a first holder extending at a certain height vertically from the upper surface of the plate body, and is bent at a right angle from the upper end of the first holder so that the outer surface and the upper surface of the support bar are in contact with each other, and the support It may include a second holder on a semicircular cross-section to which the elastic tube for fixing is inserted and arranged in the bar is elastically and tightly fixed.

In this case, the bar holder may include at least one vertical reinforcing rib on one side of the first holder.

In this case, the bar holder may have a slit that is cut off in the second holder.

At this time, it includes at least one auxiliary upper container holder correspondingly coupled to each inlet of at least one pair of containers additionally disposed between a pair of support bars disposed in parallel with each other and a corresponding pair of upper container holders, and the auxiliary upper container holder May include a connection rib integrally connecting the auxiliary upper fixing rings having auxiliary stopper fixing holes into which the injection port of the container is correspondingly inserted.

According to a preferred embodiment of the present invention as described above has the following effects.

By providing a bar holder having a heat shrinkable fixing elastic tube on a pair of support bars arranged side by side with the buoyant part generating buoyancy and the assembled upper container holder, it is floated by the heat shrinkable fixing elastic tube that shrinks when cured after heating. It is possible to increase work productivity by simply and quickly performing the work of fixing the assembly by installing it on the support bar.

Since the overall structure of the floating assembly connected to the pair of support bars supporting the farmed feet on which seaweed is farmed is simple and the overall weight is light, the farmed farms are repeatedly reversed 180 degrees according to the difference between the tide and the farmed feet to the sea level. It is possible to increase work productivity and prevent workers from avoiding work by simply performing the work of exposing or submerging below the sea level without burden on the work of the worker.

Since the upper container holder assembled with the injection port and the lower container holder fixing the body of the container are made of mutually independent structures, it is possible to reduce the equipment maintenance cost by partial replacement of parts when the holder fixing the container is damaged.

Since the number of containers that generate buoyancy can be easily and quickly increased or decreased according to the size of the gap formed between a pair of support bars arranged in parallel with each other, the installation conditions of the buoyancy part can be variously satisfied according to the conditions of seaweed cultivation. I can make it.

1 is a diagram showing a floating assembly for aquaculture according to an embodiment of the present invention,
a) is an exploded perspective view,
b) is an overall perspective view.
2 is a view showing a floating assembly for seaweed farming according to another embodiment of the present invention,
a) is an exploded perspective view,
b) is an overall perspective view.
3A and 3B are perspective views showing an upper container holder and a bar holder applied to the floating assembly for seaweed farming according to an embodiment of the present invention.
4A and 4B are perspective views showing another type of upper container holder and a bar holder applied to the floating assembly for seaweed farming according to an embodiment of the present invention.
Figure 5 is an exploded perspective view showing a floating assembly for seaweed farming according to another embodiment of the present invention.
6 is an overall perspective view showing a floating assembly for seaweed farming according to another embodiment of the present invention.
7 is a use state diagram showing a floating assembly for seaweed farming according to an embodiment of the present invention.
(a) shows the farmed feet exposed to the sea level.
(b) is inverted and the farmed foot is submerged below the sea level.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings in which a person of ordinary skill in the art can easily implement the present invention. However, when it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention in describing the structural principle of a preferred embodiment of the present invention in detail, the detailed description thereof will be omitted.

In addition, the same reference numerals are used for portions having similar functions and functions throughout the drawings.

In addition, throughout the specification, when a part is said to be'connected' with another part, it is not only'directly connected', but also'indirectly connected' with another element in the middle. Includes. In addition, "including" a certain component means that other components may be further included, rather than excluding other components unless specifically stated to the contrary.

The floating assembly 100 for seaweed farming according to an embodiment of the present invention supports the farmed feet across the longitudinal direction of the farmed feet in which seaweeds are farmed, as shown in FIGS. 1A, 1B and 2A, 2B. It includes a buoyancy unit 110, an upper container holder 120, a lower container holder 130, and a bar holder 140 to provide buoyancy by being connected to the left and right pair of support bars (1, 2), respectively.

The buoyancy unit 110 includes a plurality of containers 111 that generate buoyancy by gas filled in the inner space, as shown in Figs. 1a, 1b and 2a, 2b, such a buoyancy unit The container 111 of (110) is arranged in a matrix on the upper and lower container holders (120, 130) according to the number set according to the distance formed between the left and right pair of support bars (1, 2) arranged side by side with each other. It is placed and fixed vertically.

In this state, the buoyancy unit 110 is disposed between the left and right pair of support bars 1 and 2 through a bar holder 140 coupled to the upper container holder 120 and is fixedly installed.

The container 111 has an injection port 112 through which gas is injected at an upper end, and an injection port cap 113 having a male thread formed on the outer circumferential surface of the injection port and a female thread screwed so that the injection port 112 can be sealed. ).

The injection port 112 of the container 111 is illustrated and described as being sealed to prevent the outflow of the gas filled in the inner space of the container by the injection port plug 113 that is screwed, but is not limited thereto, and the interior of the injection port It may be made of a cylindrical press-fit member that is press-fit into or equipped with a one-way check valve.

The container 111 may selectively use a container having a shape having a small outer diameter of an inlet, an inlet through which gas is injected, and a relatively large outer diameter of the remaining cylindrical body that forms an inner space filled with gas.

Here, the container 111, which is filled with gas to generate buoyancy, may be used as it is without processing a separate PET bottle, which is a plastic container that is discarded for a single use.

The upper container holder 120 has an injection port stopper 113 that is coupled to and seals the injection port 112 of the container 111 as shown in FIGS. 1A, 1B and 3A and 3B. It includes a plate body 123 protruding by extending a predetermined length directly below the lower surface of the plurality of first connector bodies 121 through which the first fixing holes 122 are formed to be fixed.

The plate body 123 is a plurality of first connecting pipes 121 having a first fixing hole 122 in which an upper portion, which is a sealing part of the container, is inserted correspondingly to an injection hole stopper 113 for sealing the injection hole of the container. It may be made of a substantially rectangular plate-shaped plate provided at each corner.

The first connector body 121 is preferably formed to extend a predetermined length from the lower surface of the plate body 123 to a direct lower portion so as to have a length corresponding to the formation height of the inlet stopper, and an opening 123a at the center of the plate body It is preferable to penetrate.

In addition, the inner surface of the first fixing hole 122 is in close contact with the outer surface of the injection port plug 113 to generate a tight fixing force or a circular ring-shaped neck ring protruding from the outer circumferential surface of the injection hole 112 ( It is preferable to provide a plurality of protruding protrusions 122a protruding so as to cause the locking force 112a) to be caught.

Accordingly, each container constituting the buoyancy part 110 has a tight contact fixing force between the injection port stopper 113 and the protruding jaw 122a entering the inside of the first fixing hole 122 or the first fixing hole 122 ), the neck ring (112a) entering from the bottom to the upper side along with the inlet plug into the inside of the upper container holder 120 is firmly prevented from being removed from the first fixing hole of the upper container holder 120 by the locking force that is taken over the protruding jaw. The position is fixed.

At this time, the first fixing hole 122 has been described and illustrated as being provided as a through-type fixing hole each of which has an upper end and a lower end open, as shown in FIGS. 3A and 3B, but is not limited thereto. As shown in FIG. 4B, the upper end corresponding to the upper surface of the plate body 123 may be sealed and may be provided in the form of a blind fixing hole with an open lower part.

That is, the upper container holder 120 is a second fixing hole whose upper surface is sealed so that the injection port 112 of the container 111 is correspondingly coupled and sealed to be fixed, as shown in FIGS. 4A and 4B. It includes a plate body 123 protruding by extending a predetermined length directly below the lower surface of the plurality of second connecting pipes 125 forming 125a).

The second fixing hole 125a is provided as a circular hole formed on the inner circumferential surface of a male screw portion formed on the outer surface of the injection hole 112 and a female thread screwed to the outer circumferential surface of the injection hole 112, or the outer circumferential surface and the inner circumferential surface of the injection hole plug sealing the injection hole 112 It may be provided with a circular hole that is tightly fixed.

At this time, the circular ring-shaped neck ring 112a protruding from the outer circumferential surface of the injection hole on the lower side of the injection hole plug 113 is in close contact with the lower end of the second connector body forming the second fixing hole 125a, and the It is preferable to seal the lower end of the second fixing hole.

And, the top surface of the second connecting tube forming a second fixing hole that is fixed in position while the injection port 112 of the container is screwed and sealed is such as a check valve so that air can be injected and filled through the inlet of the container. It may be provided with a one-way gas injection means.

Accordingly, in the upper container holder 120, an injection port stopper 113 is correspondingly inserted into each of the upper ends of the plurality of containers arranged in two rows and two rows, and each of the first fixing holes 122 of the plurality of first connecting pipes. The position can be fixed by correspondingly coupling the injection ports to each of the second fixing holes (125a) of the plurality of second connection pipes (125), or by correspondingly inserting the injection port plug (113) into each of the second fixing holes (125). I can.

Here, the upper container holder 120 has been illustrated and described as having four first or second connecting pipes on the lower surface of the plate body so that the four containers can be simultaneously positioned, but is not limited thereto, By increasing the number of formations of the first connecting tube or the second connecting tube to 2×3, 2×4, etc., a relatively large number of containers can be fixed in position.

In addition, the upper container holder 120 is separated from each other so as to respectively connect and fix the independent buoyancy unit 110 consisting of a plurality of containers 111, as shown in Figs. 1a and 1b, and an independent pair of plate bodies It may be made of a (123) structure or, as shown in Figs. 2A and 2B, may be made of one integrated plate body structure to connect and fix one buoyant part made of a plurality of containers 111.

The lower container holder 130 has a plurality of container fixing holes 131 which are formed through a substantially circular shape so that the cylindrical body of the container 111 is correspondingly inserted and fixed, as shown in FIGS. 1A and 1B. The lower fixing rings 132 are adjacent to each other and integrally provided.

This lower container holder 130 is a pair of left and right ones in which one end corresponding to each other is overlapped so that a pair of containers 111 parallel in the longitudinal direction of the support bars 1 and 2 are simultaneously inserted and fixed to the container fixing hole 131 It may be provided as a holder member of.

Here, the lower container holder 130 overlaps a pair of containers 111 disposed in a central region among a plurality of containers arranged by being provided in a pair of left and right so that the lower fixing rings formed at one end facing each other overlap each other. It has been illustrated and described as being fixed at the same time by a pair of lower fixing rings 132, but is not limited thereto, and having a plurality of lower fixing rings 132 according to the number of containers of the buoyancy unit disposed between a pair of support bars parallel to each other. It can be made of a single member.

Accordingly, in each of the first fixing hole 122 or each second fixing hole 125a of the upper container holder 120, an injection hole stopper or an injection hole, which is an upper end of the container, is correspondingly inserted to fix the position and at the same time the lower container Each lower fixing ring of the holder 130 is inserted and fixed corresponding to the cylindrical body of the container, so that a plurality of containers constituting the buoyancy unit can be stably positioned.

As shown in FIGS. 1A, 1B and 2A, 2B, the bar holder 140 is an upper part extending upward by a predetermined height from the upper surface of the plate body 123 so as to contact the support bars 1 and 2 The end is a fixed connection member that is fixed to the support bars (1, 2) through at least one fixing elastic tube (143).

The bar holder 140 may be formed of a pair of structures that are in contact with the left and right pair of support bars 1 and 2 and one support bar at the outer edges of the corresponding upper container holder 120, respectively.

The bar holder 140 includes a first holder 141 extending substantially vertically from the upper surface of the plate body 123 formed in a separate type or integrally, and from the upper end of the first holder 141 It is bent at a substantially right angle so that the outer surfaces and the upper surfaces of the support bars (1, 2) are in contact, and the fixing elastic tube (143) inserted and disposed in the support bar is elastically attached to the lower surface. It may include two holders 142.

Here, a pair of second holders 142 that are in contact with one of the pair of support bars (1, 2) at the same time are at the upper end of the pair of first holders 141 that are adjacent to each other and have a predetermined length in opposite directions to each other. It is desirable to extend.

At this time, the second holder 142 is interposed between the inner surface of the elastic tube and the outer surface of the support bar, which is pre-inserted into the support bar, and tightly fixed by the elastic force of the fixing elastic tube 143 Will be

The lower end of the first holder 141 integrally connected to the upper surface of the plate body 123 is provided with a size wider than the width of the upper end so as to increase structural strength while increasing the bonding force with the plate body. It is preferable to be provided in a shape that increases the width.

In addition, it is preferable that at least one vertical reinforcing rib 144 is provided on one side of the first holder 141 to prevent self-deformation or damage.

The second holder 142 can drain water remaining before coupling with the fixing elastic tube 143 inserted in the support bar, and deform when it is in close contact with the support bar having a large outer diameter to improve adhesion. It is preferable to have at least one slit (142a) that is cut-out.

In addition, the second holder 142 on which the support bars 1 and 2 are mounted and the support bars 1 and 2 are bound to each other by a fixing elastic tube 143 having an elastic force. The elastic tube 143 may be provided as a heat-shrinkable tube that generates a fixing force while closely contacting a portion where the bar holder and the support bar are in contact with each other when the bar holder and the support bar are in contact with each other during contraction after heating. It may not be provided as a tube tube made of rubber material having an inner diameter size that is relatively smaller than the outer diameter of the support bar.

As a means for heating the heat-shrinkable tube, a separate heating means such as a hot fan, a lighter, a torch, etc. may be selectively used.

At this time, the fixing elastic tube 143 which integrally constrains and fixes the support bar and the second holder is illustrated and described as being made of a heat-shrinkable tube or a rubber tube, but is not limited thereto and can be used as a substitute for a binding material such as a rope wire. I can.

Accordingly, the container 111 of the buoyancy unit 110 is aligned by inserting the injection port plug 113 and the container body correspondingly into the first and second connecting pipes and the lower fixing ring of the upper and lower container holders 120 and 130, respectively. The left and right pair by the fixing force of the fixing elastic tube 143 which is wound to elastically contact the second holder 142 of the bar holder 140 corresponding to the left and right pair of support bars 1 and 2 at the same time as it is arranged. It is fixed in position between the support bars.

On the other hand, the floating assembly 100a for seaweed culture according to another embodiment of the present invention is a pair of upper portions corresponding to a pair of support bars (1, 2) arranged side by side with each other, as shown in FIGS. 5 and 6 Includes at least one auxiliary upper container holder 150 correspondingly coupled to the inlet of at least one pair of containers 111 additionally disposed between the container holder 120, and the auxiliary upper container holder 150 is an injection port of the container It may include a connection rib 153 for integrally connecting the auxiliary upper fixing rings having the auxiliary stopper fixing hole 152 to be inserted correspondingly.

The container body of the container 111 in which the injection port is correspondingly inserted into the auxiliary upper fixing ring 151 is inserted correspondingly to the lower fixing ring 132 of the pair of left and right lower container holders 130 in which one end facing each other overlaps each other. Is arranged and assembled.

Accordingly, the buoyancy unit 110 is arranged by additionally arranging and aligning the container 111 by the auxiliary upper container holder in addition to the container arranged in the upper container holder 120 consisting of a pair of left and right, a pair of support bars parallel to each other. It is possible to increase or reduce the number of containers installed in the buoyancy unit according to the change in the gap between them.

7A is a view showing a state in which farmed feet connected through a pair of support bars parallel to each other by the floating assembly for seaweed farming according to an embodiment of the present invention are exposed to the sun on the sea level, and FIG. 7B is that the farmed feet are inverted 180 degrees. While the floating assembly is exposed upwards, the farmed feet are submerged and submerged in the sea level.

At this time, the overall weight of the floating assembly can be lightened when repeatedly inverting the farmed feet 10 according to the tide, so that the worker's workload can be reduced, and the work of repairing them when the support for supporting the farmed feet is loosened. This simplicity makes it possible to reduce the operator's workload.

In addition, the operation of collecting and collecting seaweed such as laver farmed on the farmed feet 10 may be performed on a ship that moves along the farmed feet in a state in which the farmed feet are inverted so as to be submerged into the sea level as shown in FIG. 7B.

At this time, the upper container holder fixing the inlet of the container of the buoyancy part, which is the cause of the buoyancy of the floating assembly, is located at a relatively high position with respect to the support bar supporting the farmed foot, such as seaweed as the ship moves along the farmed foot. In the process of collecting cultured products, interference with the inlet of the container and the resulting impact can be prevented, so that the collection of cultured products can be stably performed.

The present invention described above is not limited by the above-described embodiments and the accompanying drawings, and various substitutions, modifications, and changes are possible within the scope of the technical spirit of the present invention. It will be obvious to those who have the knowledge of.

1,2: support bar
10: Western feet
110: buoyancy part
111: courage
112: inlet
113: inlet plug
120: upper container holder
121: first connecting tube
122: first fixed hole
123: plate
125: second connecting tube
125a: Second fixed hole
130: lower container holder
131: container fixing hole
132: lower fixing ring
130: bar holder
141: first holder
142: second holder
143: fixing elastic tube
150: auxiliary upper container holder

Claims (8)

In the floating assembly for providing buoyancy by being connected to a pair of left and right support bars for supporting the farmed feet across the longitudinal direction of the farmed feet in which seaweed is farmed,
Buoyancy unit having a plurality of containers for generating buoyancy by the gas filled in the internal space;
An upper container holder in which a plurality of first connecting pipes having an open first fixing hole are extended downward from a lower surface of the plate body so that the injection port stopper for sealing the injection port of the container is correspondingly inserted and fixed in position;
A lower container holder having a plurality of lower fixing rings formed through a container fixing hole in which the body of the container is correspondingly inserted and fixed, adjacent to each other and integrally provided; And
A floating assembly for seaweed culture, characterized in that the upper end extending upward from the upper surface of both sides of the plate body to be in contact with the support bar comprises a bar holder fixed to the support bar through at least one fixing elastic tube. The method of claim 1,
A plurality of protruding jaws protruding to generate a locking force when a neck ring protruding from the outer circumferential surface of the injection port is caught and the outer surface of the injection port is in close contact with the inner surface of the first fixing hole Floating assembly for seaweed culture, characterized in that it comprises a. In the floating assembly for providing buoyancy by being connected to a pair of left and right support bars for supporting the farmed feet across the longitudinal direction of the farmed feet in which seaweed is farmed,
Buoyancy unit having a plurality of containers for generating buoyancy by the gas filled in the internal space;
A plurality of second connecting pipes having a second fixing hole whose upper surface is sealed so that the position of the injection port of the container is correspondingly coupled and sealed to be fixed, or the injection port plug for sealing the injection port of the container is correspondingly inserted and fixed to the lower part of the plate body Upper container holder extending downward from the surface;
A lower container holder having a plurality of lower fixing rings formed through a container fixing hole in which the body of the container is correspondingly inserted and fixed, adjacent to each other and integrally provided; And
A floating assembly for seaweed culture, characterized in that the upper end extending upward from the upper surface of both sides of the plate body to be in contact with the support bar comprises a bar holder fixed to the support bar through at least one fixing elastic tube. The method of claim 2,
The second fixing hole is provided as a circular hole formed on an inner circumferential surface of a male screw formed on the outer surface of the injection port and a female screw threaded on the inner circumferential surface, or the outer circumferential surface of the inlet stopper sealing the injection port is provided as a circular hole tightly fixed to the inner circumferential surface. Floating assembly for seaweed farming, characterized in that. The method according to any one of claims 1 to 4,
The bar holder includes a first holder extending vertically from an upper surface of the plate body, and is bent at a right angle from an upper end of the first holder so that the outer surface and the upper surface of the support bar are in contact, and inserted into the support bar. A floating assembly for seaweed farming, characterized in that it comprises a second holder on a semicircular cross-section to which the arranged fixing elastic tube is elastically fixed in close contact with each other. The method of claim 5,
The bar holder is a floating assembly for seaweed culture, characterized in that provided with at least one vertical reinforcing rib on one side of the first holder. The method of claim 5,
The bar holder is a floating assembly for seaweed farming, characterized in that provided with a slit that is formed incision in the second holder. The method according to any one of claims 1 to 4,
And at least one auxiliary upper container holder correspondingly coupled to each inlet of at least one pair of containers additionally disposed between a pair of support bars disposed in parallel with each other and a corresponding pair of upper container holders,
The auxiliary upper container holder includes a connection rib integrally connecting the auxiliary upper fixing rings having an auxiliary stopper fixing hole into which the injection port of the container is correspondingly inserted.

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