JPH0762A - Method for culturing aqueous algae - Google Patents

Abstract

PURPOSE:To provide a method for culturing aqueous algae, capable of being transferred together with the roots of the algae and utilized by transferring the spores of the aqueous algae into containers, and thickly raising the aqueous algae in a natural state. CONSTITUTION:A method for culturing aqueous algae, enabling to insert and withdraw many culture containers together with the roots of the algae into and from belt plates by inserting the culture containers 2 into each belt plate 1 arranged in a floatable or sinkable installation, closely arranging culture beds in the culture containers, and subsequently thickly raising the algae.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention transfers spores of aquatic algae to a container in a natural state.
Algae along with aquaculture that keeps aquaculture
Cultivate and grow fish while coexisting with fish that do not prey on them.
Can be used together with root stock due to growth and growth of aqueous algae
It is about how to do it. Algae are mainly seawater
Water quality inhabiting freshwater and freshwater, and adapted to each category
And the environment, and recently water pollution is causing environmental damage.
It hinders the growth of algae, and there is a danger of extinction.
The area is becoming vast. Algae have been flourishing
The suitable land gradually disappears, and moreover, it is suitable for overgrowth due to overfishing.
The land is also narrowing and disappearing, and useful aqueous algae
Recently, it has been significantly reduced. On the other hand, edible algae
Including processed foods of nutritional foods or harmless additives and chemicals
Extraction admixture, and additive admixture and paste in the process leading to the product
Agents, or artificial breeding of fish, shellfish, and aquatic animals for aquaculture
It is used in a variety of other fields as aquaculture feed by raising,
Contrary to having an increasing trend in the need for seed algae, demand
It is in the present condition that it cannot respond to the point. Or fork protection freshwater fish
For conservation and growth of species and aquatic life, logging of forests and
The river has reached a critical state of extinction due to river repair work.
As mentioned above, overfishing or lyso along with water pollution of aquatic algae.
Fatal damage due to the disappearance of algae due to destruction of suitable areas due to
Reducing aquatic algae by elephants is a new method according to the invention.
Therefore, various useful aqueous algae can be used in a good environment with appropriate water quality.
In the state, it is possible to increase production by raising the number of children while maintaining the natural state.
Aquatic organisms coexist while growing algae.
In particular, aquatic organisms that do not prey on algae such as fish are cultivated.
The purpose is to provide a method of Of the present invention
The algae culture method is to use a frame with opposing shafts and a lower hollow chamber box.
A device that can be mounted on a pedestal that has a body and can perform submerging / levitation operations.
Can be installed on the ocean floor shelf in the ocean.
As the range of marine use is expanded, the sewage quality of the coastline is increased.
Allows aquaculture at a location with good water quality far from seawater
Noh, and the submarine depth can be freely set by submersion
Since it is stable and not affected by waves as well as the depth of water temperature adaptation
It is possible to grow aquaculture on the suitable land. Or fresh water
Similarly, for algae, the topography of the lake is shallow or deep.
Shape and algae as well as water quality and algae.
Suitable for aquaculture and suitable for fish along with algae.
It is possible to grow aquaculture by expanding the range of use under normal environment conditions.
Of. Conventionally known aquaculture methods include, for example, Wakafu
In the case of)
Artificial cultivation from spores to adult leaves aggravates sea conditions
Because it is difficult to suffer damage due to
The zoospores that tend to be released and released from the adult leaves by flying through the aquarium
By attaching (spores) to seed threads (thin threads),
Then attach the zoospores to the seed thread. With this,
Artificial aquaculture by land culture in the process of becoming a gametophyte
Farms in a wide and large aquarium made of concrete,
Temperature control with daylight and ventilation, and roof to prevent rainwater from entering
Ventilation cooling, brightness adjustment, and evaporation of culture water
Is the cost of growth such as supplementing fresh water to prevent changes in specific gravity.
The increase will put pressure on the profitability section. For this reason
Ignoring the decrease in yield of the harvest, from spores to buds
And transfer to natural underwater aquaculture. However, even for aquaculture
Environmental conditions deteriorate due to favorable sea conditions that are suitable for environmentally suitable areas as growth conditions
In the current situation where suitable areas for sea areas are narrowed and selection is difficult.
It Fortunately, we have secured suitable sites and have traditionally held suitable areas for aquaculture.
In the case of Wakafu aquaculture, conventional cultivation in the natural state
Released from adult leaves in the breeding method By wearing it, the spore-attached seed yarn is used as a main rope,
Wrap it around a rope-shaped rope, or put it in a horizontal shape
Vertically hang down, float multiple floats on the water surface, and
Vertically fixed to the seabed with a rope, there are not many wind waves
The rope, which is usually placed in the inner bay and is usually called the main rope, runs on the seed yarn.
Diameter of 10 to 30 rice grains to attach and transplant
The roots of the young sprouts are fixed with a rope
The rope is called the main rope, but this main rope is set underwater.
As a structure, raft type or longline type, square type
There are others. Those who are trained depending on the situation such as wind wave tidal current water quality bottom sediment etc.
The method uses various arrangement methods to optimize the water depth and environmental conditions for growth.
Harvest while helping the growth, like the side lining. Or expense
As a method of eradication, artificial production of terrestrial seedlings
The zoospores released from the leaves were attached to the seed thread and sporulated
Wrap the seed yarn directly around the main rope or sandwich it at intervals
Although it is fastened to the main rope, the work efficiency is poor and the parent surely
There are drawbacks such as not sticking to the rope. Furthermore, it adheres to the seed yarn
The seedlings are vulnerable to dryness, so avoid direct sunlight and move quickly.
It has to be trained, and it is also weak against slippage
There are drawbacks such as inhibition. Submerged stationary method is horizontal or vertical
However, depending on the wind and tidal current, water depth, bottom sediment, etc.
There are various methods for raising and
Outside the octopus, starfish, etc. that live underwater.
It is eroded by the enemy and the yield is low, so it can be done by devising the facility
In order to cut down the production cost, the growth process
Economically efficient method with excellent aquaculture effect in Japan
Is strongly demanded, and its appearance is sought after in related fields
That is. The present invention eliminates the drawbacks described above,
Oceans or rivers or freshwater lakes and marshes according to the ecology of algae,
No aquaculture of algae suitable for each water quality and environment
In addition, it can co-exist with aquatic organisms to support the cultivation of aquatic algae.
Effective growth of useful aquatic organisms with aquaculture
It is also harvested, and in seawater adaptation, underwater terrain,
Nothing to do with the degree of depth on the ocean continental shelf
It is not related to the topography of the bottom of the water and expands the range of suitable land,
It is possible to set the aquaculture site, and it is easy to select a suitable site.
It is possible to use it regularly. In this way
Improves aquaculture efficiency of industrially beneficial algae, operability and economy
And the development of the method and apparatus of the present invention,
For effective aquaculture and breeding method of aquatic organisms that coexist with
Providing a more efficient and improved harvesting method
Is. Hereinafter, as an embodiment of the present invention of aqueous algae
An example of the cultivation of young cloth that lives in the sea is explained.
Wakafu is a seaweed of Wakabu, a kelp family, and is commonly known as the root of adult leaves
It is also called a stock, and many zoospores are formed on the surface.
It Innumerable zoospores are created and released in this
Fried runner Spores by attaching to filamentous thread. This seedling
The method of the culture tank (plastic container or large poly
Inside, the vinyl chloride pie with the seed thread wrapped around it in advance.
A sea of washed water with a specific gravity of 1,020 and a salt content of 27% or more.
Pour water to a depth of about 80 pomegranate rice and pour the seeds of the adult fruit root into it.
If you put it in and keep it at a water temperature of about 20 ° C, the zoospores will be large.
It is released in a certain amount, and cloudy turbidity is seen and released in about 30 minutes.
Since the production is over, remove the mature leaves, And attach the zoospores. Details with reference to the drawings below
Explained. As shown in FIG. 1, a flexible flat belt
A belt which is detachably attached to both ends of the strip 1 and which is held by a curved hook.
Holding metal fitting 1-a having a strong strength material (stainless steel material)
Is fixed, and the center line is the standard for the plate surface of the strip 1.
Multiple penetrations that are parallel to the central line or staggered in a matrix
A plurality of slits are made on the strip 1 by abutting the center of the slits.
, For example, in parallel with one letter in an X shape or an X shape
With a cross-shaped pattern, form a uniform radial pattern from the center of the cut
1-b is a strip plate. It In the incubator 2 shown in FIG. 3, the upper opening surface has a large diameter.
It has a bowl-like shape, and the lower end surface is a small circular shape with a hollow circular shape.
In both cases, the cross section of the upper and lower joints of the upper bowl shape and the lower cylindrical shape is
Connected with an arc curve centered on the inside and outside of the meandering curve
The incubator 2 having a shape is formed. The material is
What has curability of synthetic resin or how to use
Therefore, it is molded with a material having a little flexibility. Young
In the examples of aquaculture of cloth and kelp, cultivation as a culture bed was performed.
As a nourishing material, mainly hemp, bark or palm crust
The fiber is stored in the incubator 2 as a culture bed. like this
The cultivated bed has the fiber filaments shown in Fig. 4 arranged in a vertical forest.
As shown in FIG. 5, the culture bed 3 is bundled with the thin string 3-a.
As shown, the culture bed 3 is vertically inserted into the incubator 2 and
At the large diameter of the upper part of the incubator
Slightly open and spread the culture bed bundle to restrain the small diameter part of the incubator.
Insert and hold to tighten. Alternatively, separate fibrous culture bed
As an example of, a long rope rope-like rope, slightly flexible
The rope-shaped long rope is arranged in parallel with the incubator 2 having a flexible material.
In this condition, insert into the incubator 2 one after another at regular intervals.
Cut the long rope between the small diameter of the incubator and the next large diameter.
However, as shown in FIG. 6, a twist-flame rope-like culture bed made of the above-mentioned material
3-A, twist in the upper large-diameter bowl-shaped part of the incubator 2
Like releasing the burning state and releasing the fibers upright
The lower cylindrical small diameter part of the incubator is
Is clamped from the surroundings by a contracting action in a restrained manner,
Since it is retained as it is when it is fitted, it can be
It is convenient to store the device 2 in the inserted state, and it is suitable for immediate use.
However, it is only possible to cut the twisting rope separated from the incubator 2.
Ready to use quickly and efficiently
It is a simple one. Or to various algae
Adaptable incubator materials or methods to configure by varying formation
A description of this will be given later. Prepared as above
The prepared culture bed is equipped with a variety method, and the culture bed is attached to the incubator 2.
Be filled. The strip 1 is a locking shaft that faces in parallel as shown in FIG.
4 is a gripping metal fitting 1 attached to both ends of the strip 1 The strips are installed in parallel, and the strips 1 are cut in parallel with each other.
-The incubator 2 containing the culture bed in b is installed in the cut portion one after another.
When inserted, the slit 1-b is split as shown in FIG.
The curved outer circumference of the incubator 2 by the tongue 1-c.
It reaches the lower part from the part and crimps and holds it together, and it is even easier
It is designed so that it can be easily inserted and removed. As described above
For the cultivation of young algae in the algae provided,
As mentioned above, seedlings are vulnerable to drought and must be transplanted quickly.
First of all, proper water is produced by simple artificial production of land seedlings.
Large, convenient to handle clean seawater containing temperature, specific gravity and salt
Put it in the container of the container, that is, in a bucket, and further
Vinyl chloride pipe and Wakafu wrapped with a thread that becomes a braid seed thread
5 minutes to 10 minutes if you add the mature seed leaves (root stock)
And a large amount of zoospores was released and the release was completed in about 30 minutes.
As it is awkward, remove the adult leaves and attach the zoospores to the wound thread.
By adding spores or seeding, Also, the zoospores adhere and become seeded. Seed thread like this
6-a is the attachment of the zoospore 6-b shown in FIGS. 8 and 9.
The seed yarn 6-a is cut into a suitable length,
A small bucket wrapped around the top of the core rod 5 and containing seawater
Substitute into a container in the shape of a stick to hold the resistance to migration
Therefore, the transition is possible. Next, the culture inserted in the incubator 2
Wet the nursery 3 in advance to seawater, and strip In the incubator 2 installed, the fiber was straightened in the upward direction shown in FIG.
Take the small bucket-shaped aquarium on the culture bed 3 that stands upright.
Thin core rod with protruding and spirally wound seed thread
Insert one by one between the upright fibers of the culture bed and quickly
Work, and transferring seedlings is extremely easy and easy.
Therefore, it is possible to efficiently transfer and collect seedlings. Cut and transfer to a water tank, insert into the culture bed and collect seedlings.
Rub is only inserted into the culture bed in the same way,
As above, take transfer seedlings quickly and reliably while protecting the zoospores
It can be rooted in the culture bed by various methods. Further
The upper part of the upright fiber of the culture bed shown in FIG.
And then squeeze a plurality of them in a bundle and arrange them to form a seed with zoospores attached.
Cut the thread to a suitable length and make a spiral in the double bundle.
The seedlings are collected by winding them up, and the seedlings are collected according to various situations.
It is possible to grow aquaculture by collecting seedlings.
It In this way, the incubators shown in FIG. 10 are installed in parallel.
The strip 1 that was worn and hung on was used to fix the water algae together with the equipment.
It is also possible to remove the holding metal fitting 1-a from the locking shaft 4
Flexible and can be transferred and installed together with the incubator sandwiched in parallel
No, and do not transfer to a mooring structure installed under the sea.
And individually, algae in the culture bed
In addition, even when the roots are engaged, both are attached to the incubator 2.
Because it is stored, it is sandwiched between the strips 1
It is detachable and can be replaced and replaced during aquaculture.
It can be done. By such a method, natural release
With the zoospores attached, or with artificial seed threads
By attaching the seedlings, it can be used as a nursery to grow aquaculture.
The rooting is done without extracting and transplanting the root stock.
In the original state, the growth overgrowth with the incubator 2 to the adult fruit leaves
However, the transplant site can be freely changed in the natural state.
It is possible to eliminate the above-mentioned drawbacks of transferring seedlings.
I will get it. And the culture bed 3 stored in the incubator 2
The zoospores grow as a base and the gametophyte 7 shown in FIG.
-A, and at this time it was separated from the seed yarn 6-a,
It grows as a young shoot 7-b shown in Fig. 13 and is a place of dense young shoots.
It is easy and easy to go by picking up joints, that is, thinning out
Can be done. As it grows further, the root stock completely bites the culture bed 3.
Wakafu, which has grown to a mature leaf in close contact, is the leaf shown in Fig. 14.
As a result, it grows to adult fruit 8 and becomes a harvested state.
Harvesting and maintaining resources, and increasing production more efficiently
It is what is done. In particular, the effect of the present invention
Prefer wakafu for abalone, scallops or cloud circles
Aquatic organisms that grow by feeding in the
The freshly grown young cloth is a favorite food for the sea, which prefers young cloth.
Feeding and farming inhabitants is an ideal aquaculture method.
14th together with the culture bed 3 stored in the incubator 2 of the present invention
The grown young adult leaf 8 shown in the figure was planted in the incubator 2.
Natural growth to the aquaculture facility as it is
It is an easy thing to be able to transfer individually in a state
In addition, in the cut portion 1-b of the strip 1, grown leaves of young cloth
Root bite 8-a occludes the culture bed 3 together with the adult fruit as a body
No. 14 housed in an incubator 2 with an attached root stock
Growing process root shown in Figure 8-a
Easy to move, insert into the slit 1-b of another strip 1 and crimp
You can hug. Alternatively, a series of parallel plates 1
In a plurality of incubators 2 attached to the
Along with the fruit, the gripping metal fitting 1-a of the strip 1 is attached to the locking shaft 4.
Detached, i.e. removed, and installed separately during aquaculture.
Grips are provided on the opposing locking shafts that are housed in the facilities provided.
Abutment 1-a, and a plurality of young adult real leaves are aquatic organisms.
Immediately supply young saplings during fresh growth as a feed for aquaculture
It can be done easily and easily. Also stored in the incubator 2.
The same applies to the method shown in FIG. 6 for the cultured bed 3-A.
Is. Alternatively, as an example in which the fork incubator 2 is revised,
Type of aquatic algae and culture bed applicable to its characteristics
To make a culture bed that is a proper material for storing in
Therefore, it is possible to modify the incubator.
The bottom cylindrical through surface shown in Fig. 16 and Fig. 16 is shielded by a bottom plate.
In order to shield the circular plates by fusion welding,
Formed together with the incubator 2-A and the 17th
Suitable for different types of algae, such as the incubator 2-B shown in the figure
Storage material that serves as a culture bed that allows growth and growth under various conditions
With specific examples of fees Characteristics of water-based algae, such as pebbles, stone blocks, sand, and soil
Spores or sprouts or roots using the most suitable material as a base bed
Transplanted and, in some cases, spontaneously germinated to grow and grow
It The incubator 2-A shown in FIGS. 15 and 16 is used for culturing.
In order to improve water permeability to the floor, multiple bottom bottom plates
Bottom Filled with soil or sand 3-d on top of it, and sprout
FIG. Alternatively, culture
A place to mix and store nutrients for cultivation and growth
Go. Alternatively, for methods requiring implantation and breeding,
Closing the bottom plate surface shown in Fig. 17 and culturing slightly above the bottom
The features of water algae are so that a plurality of running water flows around the side of the container 2-B. Alternatively, when making the circulating water good in the incubator 2-A, further
A plurality of stepped layered peripheral small holes 2-b on the side circumference Aquaculture and growth of aquatic algae with various modifications to adapt to
Can be effectively promoted, and even underwater conditions
Seaweed when it is placed in a calm bay due to running water
Also in aquaculture, the shape of the incubator was modified and shown in Fig. 18.
Like the incubator 2-C, cut the lower tip of the hollow inverted cone.
Shape with the upper large diameter in the disconnected state and the lower small diameter
Changed to incubator 2-C, but not before in Wakafu culture
As described above, the culture bed 3 shown in FIG.
On the incubator, lower small oral cavity and thin string 3-a.
In the large diameter part, the fibrous aggregate restraint is opened evenly.
Spread the seeds shown in FIG. 9 together with FIG. 8 shown in FIG.
Of the culture bed in which the thin core rod 5 around which the thread is wound stands like a brush
Insert and plant in the center, or cultivate as shown in Fig. 21.
Forest-like fibrous material of the nursery bed, picking multiple fibers in the upper center
Arrange it into a grip, spirally wrap the seed thread, and transfer seedlings.
Incubator with fixed zoospores adapted by various methods 2-
C is inserted into the cut portion 1-b of the strip 1 which is hooked, and the tongue portion
FIG. 20 shows a state in which 1-c is pressure-bonded and held.
The same applies to FIG. 21. Furthermore, water-based algae and water
Adapted culture as the seed of the culture bed in moss culture
In order to store the substance, the bottom plate of the lower small diameter of the incubator 2-C
No shielded inclined cylindrical cup shape, Fig. 19 and
As described above, the incubator 2-D shown in FIG.
The storage of the culture material suitable for algae and aquatic moss
Small holes on the floor of the lower bottom plate as described in FIGS. 16 and 17.
2-a, or lap 23, the bottom plate is meshed with the surroundings as shown in Fig. 23.
-Shaped incubator 2-E, aquaculture algae and moss that are properly cultivated
Depending on the culture materials to be stored with the food and the condition of the water,
2-A, 2-B and 2-C, 2-D or 2 in vessel 2
-Modify E and seed incubator and adapt to each
The thus-prepared incubator is crimped to the strip plate 1 and seated on the hug. Up
As mentioned above, in the growth of water-based algae, the nutrients exclusively for water-based algae are used.
In the construction of the breeding equipment, the mooring frame 9 shown in FIG.
Is the locking shaft in equidistant dimensions Assembly of each member so that a is detachably hooked in a stretched state.
Stacking is installed, stacking steps at appropriate intervals, and diagonal direction
In the opposite, these are configured to maximize the use of three-dimensional space.
Together with the supporting beams 9-a, columns 9-b and inclined columns 9-c of
Stop together with the locking shaft 4 facing the
Abutting in a multi-tiered direction, forming a tie-down frame,
It constitutes the lower pedestal 9-d. Furthermore, the section shown in FIG.
At the uppermost part of the mounting structure 9, with the parallel locking shafts 4,
Each end of the four corners of the engaging locking shaft 4 to be joined is projected,
(Not shown) Well-shaped lower pedestal 9 provided in the lower part of the anchoring frame 9
-In the shortest part of the well shape, the lower part of the
As the pedestal 9-d is seated, a plurality of stacked members are stacked.
It can be used as a mounting structure. Or fork kelp aquaculture
For the columns 9-b and the inclined columns 9-C and
The lower part 9-d is extended to a suitable length to extend the height of the anchoring frame 9.
However, it is not possible to form a laminated structure as described above, of course.
A reinforcing member that can withstand wind waves, running water, etc. is installed on the frame member.
It is something that needs to be configured. Figure 24 in this way
As shown in FIG.
Rakajime horizontal The method for cultivating young cloth as one aspect of the embodiment
Is an incubator equipped with the culture bed shown in FIG. 5 or 6.
2 in matrix form on the slits 1-b arranged on the plate surface of the strip 1.
Insert and place it, and then wind the seed thread with the zoospore 6-b attached.
Insert the attached thin mandrel 5 into the culture bed one after another in this way
Quick and easy transfer of spore attachment to easily weaken zoospores
Without it, it is possible to transfer. Or
The incubator 2 loaded with the culture bed as described above is a container, that is, a large-sized container.
While pouring seawater into the bucket, meticulously wrapped the seed thread
The incubator in which the rod 5 was inserted into the culture bed was placed in a bucket container.
Unlucky The work can be accomplished by sequentially inserting into the split portion 1-b.
Attach the thin rod 5 wound with the seed yarn to the culture bed around the strip 1 alone.
And insert several loaded incubators into the strip in parallel.
Put a plurality of the strips engaged with each other in a container
It moves and is hooked on the locking shafts 4 of the engaging frame 9 which face each other in order.
hand Set up and complete the preparation for aquaculture according to the situation of each species
Can be able to. Mounted on the hollow chamber body pedestal 10 as described above
The locking frame 9 has a mesh structure that covers the entire upper ceiling net together with the four sides.
Surrounded by a mesh plate 12 laid on the frame 11 to prevent erosion of foreign enemies
Equipped with the hollow chamber body pedestal 10 to prevent and adjust the depth in the sea
The liquid is fed into the hollow chamber and the device is allowed to settle.
The appropriate depth is achieved by adjusting the air pressure together with the water supply inflow into the water.
Hold the water for a while to promote the cultivation of aquatic algae and
By press-fitting, levitating and effective retention of algae
With the improvement, it can grow. Another example
As a further aspect, as described above, the hollow
Tethered to the pedestal 10 On the other hand, the incubator 2 in which a culture bed was inserted and zoospores were transplanted was used.
It can be attached to the strip and installed on the device that has completed the aquaculture deployment of aqueous algae.
Is attached to the pedestal 10 of the hollow chamber and has a mesh box frame on all four sides.
The mesh plate 12 and the mesh plate 12 make the upper surface a mesh plate ceiling plate.
To form the device, which is a fully encapsulated body.
Mainly to cultivate aquatic algae
Releases aquatic larvae into the body. Of course aqueous
Only for aquatic organisms that do not prey on algae,
Release a suitable amount of fry for aquaculture of fish that can be cultured and grown in the body.
Put in, release fish within the allowable limit, and make a net-shaped cage.
And flow through the body due to the change of running water
Strip with the incubator 2 attached together with the attachment frame 9 equipped on the The natural food generated in the water attracts the inside of the body,
It also serves as a prey for the fish and helps to feed the grown fish.
The configuration of the entire equipment inside the mesh structure is a habit of fish.
I like the shade of the water
Swimming of cultured fish in the condition of algae leaf sway
Is the most favorable condition, and with proper feeding,
It is capable of aquaculture and growth of fish. Special among fish
The black bream gathers in the dark area, and
As “Ri”, the strongest fish occupy it,
It has the habit of becoming a distributed breeding ground, or smells of sea bream.
For example, the action-inducing stimuli that gather in the structure itself are
Attached mooring structure, which is said to be a stimulus
No. 9 has no favorable condition for living environment of fish even as a fish reef
It plays an important role in obtaining the release of fish in the reticular body.
The aquaculture is protected from foreign enemies and is most suitable for high quality fish culture.
Starting with sea bream, such as sea bream, black sea bream, sea bream, etc.
Useful cultured fish and other aquatic organisms as aquaculture
It is used to measure the aquaculture and growth of aquatic algae.
Providing a method to grow by taking both
It is something. By such a method, it is possible to create a natural environment.
For aquaculture, both conditions have been improved under better conditions.
It is possible to increase the efficiency of fish farming and increase production of highly efficient aquaculture.
By realizing the
Being able to measure the profit increase of the sex is a big thing secretly.
As described above, in the cultivation of aquatic algae, cultivation of Wakafu kelp etc.
The nutrient bed 3 and the culture bed 3-A are shown in FIGS. 5 and 6.
A medium in which the fiber material is stored in a forested shape at the top of the opening.
Spores with zoospores attached to the incubator 2 or 2-C
The thin core rod 5 in which the seed yarn 6-a is wound spirally is
Insert spores (zoospores) into the gaps that stand upright on the floor
It enables quick, easy, and easy transfer seedling, or
Cultivates without damaging roots even during the course of growing
In the state that it has been planted in a container and has grown to a mature leaf
Also, remove it from the strip 1 together with the incubator, and remove this
Transported to another place, the cut part 1 of the strip 1 prepared separately
-Select the root strain that has grown into a mature leaf with good growth and is attached to -b.
Made it possible to continue farming
Of. Further, a plurality of pieces as they are attached to the fork strip 1
The culture bed and roots occlude in the incubator connected in a matrix
And remove the planted series of mounted strips from the locking shaft 4.
Influencing rooted roots of mature and mature mature leaves
Without changing the location, you can easily move to another place and freely set it up and down.
Opposing locking shafts 4 composed of the members of the erection frame 9 equipped
To hold the metal fittings 1-a fixed to both ends of the strip. Can be done easily and easily.
A mesh-like skeleton covered with a mesh plate mounted on the pedestal of the hollow chamber
Is the body of aquatic organisms that prey on aquatic algae.
It will be stored in a house, such as abalone, scallop, sea urchin, sea cucumber, etc.
Adequate intake of seaweed diet influences good growth
In the cultivation and breeding of these marine organisms, it has grown and flourished.
Inserted incubator in the rooted state of adult leaves
Feeding inside the body that moves with the strip 1 and is wrapped with a mesh plate
Collected aquatic algae to supply to aquatic organisms as favorite feed
It is possible to transfer to the locking shaft installed inside the container.
Yes, supply fresh algae to grow useful aquatic organisms
It promotes. Example of the present invention described above
Although described, the invention is of course limited to such an embodiment.
Without departing from the spirit of the present invention.
The composition can be modified. As mentioned above, aqueous algae
Quick and easy transfer of spores for aquaculture
Perform aquaculture in a natural state and use the seabed in the open ocean.
Due to the development of aquaculture facilities by expanding the use of fish. Yield of algae
To improve yields, improve yields, improve quality, and
Enables transfer and conversion of aquatic algae during fresh growth and high efficiency
Achieving increased aquaculture production will greatly reduce aquaculture production costs
To increase productivity, increase profits economically, and
It has an excellent effect due to the quick operation method,
The present invention is extremely advantageous in terms of industrial benefits.

BRIEF DESCRIPTION OF THE DRAWINGS The drawings show an embodiment of the present invention, wherein FIG. 1 is a plan view, FIG. 2 is a side view thereof, and FIG. 3 is a side outline view of an incubator 2. 1 is a cross-sectional view inserted into a cut portion on a side surface of FIG. 1, FIG. 4 is a side outline view, and FIG. 5 is a side outline view state of a culture bed 3 shown in FIG. The inserted incubator sectional view, FIG. 6 is a side sectional view in which the lower half of the torsion-burning culture bed 3-A is used as an external side view and the upper half is inserted into the regenerator 2 with the fibers standing upright. , Fig. 7 shows that the holding metal fitting 1-a is attached to the opposing locking shaft 4. It is a fracture | rupture plane perspective view which showed the one part which inserted the double regenerator 2 and abbreviate | omitted the other. FIG. 8 is a plan view in which the seed yarn 6-a is wound around the thin mandrel 5, FIG. 9 is a side view, and a side view in which the seed yarn is wound around the upper part of the thin mandrel. 12
FIGS. 13, 13 and 14 are vertical sectional views for explaining the growth process from the spores in the regenerator 2, FIG. 15 is a side sectional view, FIG. 16 is a bottom plan view, and FIG. 17 is an external side view. Is. 18 and 19 are side views of the outer shape of the second embodiment, and FIG. 20 is a vertical cross-sectional view of the embodiment explained in FIG. FIG. 21 is a vertical sectional view, and FIGS. 22 and 23 are external side views. 24th
The figure shows the locking shaft of the attachment frame 9 mounted on the base of the hollow chamber body. FIG. 3 is a perspective view in which is attached and is a perspective view in which the upper side of the mesh plate and the side surface facing the front side together with the upper side of the mesh plate are omitted together with the rope frame box frame. 1 --- Band plate 3-A --- Culture bed 1-a --- Grip fitting 4 --- Locking shaft 1-b --- Cleaving part 5 ...- Spindle 2 ··· Incubator 6-a ··· Seed thread 2-C ··· Incubator 9 ··· Locking frame 3 ··· Culture bed 10 ··· Hollow chamber pedestal

Claims (1)

(Claims) (1) For aquaculture of aquatic algae, a locking shaft facing a pedestal of a hollow chamber body, which is submerged by supplying atmospheric pressure to float in water and releasing atmospheric pressure to sink due to liquid supply. In the equipment in which the fastening frame formed together with the member is covered with the mesh plate, the culture bed 3 or 3-A in which the fibrous material is forested at the upper opening is provided as the incubator 2.
An incubator in which the seed thread 6-a wound around the thin core rod 5 is inserted, transferred, and stored in 2-C. A method for cultivating aquatic algae, which can be transferred to a cut part 1-b of a strip 1 by retaining it in the water and retaining it in water to insert and remove a culture vessel together with a growing rootstock. (2) For aquaculture of aquatic algae, a fastening structure is formed with a member to form a locking shaft facing the pedestal of a hollow chamber body that is submerged by supplying atmospheric pressure to float in water and release atmospheric pressure to sink. It can be freely attached to and detached from the locking shaft 4 in equipment that is covered with a mesh plate. The incubator 2 accommodated with a child is inserted into the cut portion 1-b of the strip 1 and is cultivated and co-existed with fish in water to grow and proliferate in the incubator 2. A method for cultivating an aqueous algae that is detachable from the upper shaft 4 and movable.