【０００１】
本発明は、イセエビ幼生採補容器であり、育成容器、浮魚礁容器である。
【０００２】
従来は、ビニール製コレクターで採補していたが、大量採補が困難であった。
【０００３】
図について、説明すれば、
一−四図は、植木鉢状容器の、開口部側面に、複数の係留結束棒体１を、隙間を設け付設、係留索２の結束簡易化を図り、容器部との接合部を大きくし、接合部強化を図り、水圧、波浪時の衝撃に耐えられる、容器とする。
開口外部、底部に、パイプ取付突起体３を設け、先端部に筒孔部４を設ける。
容器胴部に、複数のｖ型溝５を設ける事で、強度が上がり、溝底に設けた、流入孔６からの、イセエビ幼生流入を促進する。凸部面７、周囲を凹部面８とし設け、流入孔９を設ける事で、容器内からの流入を図る。
五図は、容器内部、底凹部に、網で覆った竹１０を装着、結束体、突起体に、ロープ等で括り固定、竹先端をロープで固定、全体を網で覆い、コレクター１１等を取付、漏斗状とする事で、幼生付着面が増大、 留索に連動した容器は、潮流に漂う、イセエビ幼生を、コレクター、網に付着させ、潮流圧力で、容器内に導き、流入孔より、胴部に装着した、袋筒網１２に入る、幼生に食害を犯す、魚類は、侵入防止網、流入孔で防止する、袋網保持金具１３に、プランクトンが増殖する枝木、藁等を装着すれば、餌場、脱皮場となり、幼生が成長、大量採補が可能となる。
六図は、網で覆ったパイプ１４を、外部溝に疏って装着、結束体、突起体に括り固定、開口部縁１５に、袋筒網を装着し、パイプで保持、パイプに、コレクター、竹、藁等を併用すれば、プランクトンが増殖、幼生付着面が増大、潮流で、溝部、流入孔への、誘引作用が起き、幼生流入の促進を図る。
くらげ等の、不純物の侵入を防ぎ、タコ等、外敵の侵入を防ぐ。
網で覆った、長いパイプを使用すれば、小魚の隠れ場の多い、浮魚礁となり。鉄筋輪、パイプ輪に、荒目網を取付、コレクターを併用、漏斗状網とすれば、付着面が増え、溝底、底面流入孔への潮流圧力を高め、幼生流入の促進を図る、
七図は、結束棒体に、歪曲パイプ、鉄筋１６を取付、容器間をロープで絞り、底部面をくり貫き、開口網１７を取付、円柱、四角柱状の養殖容器で、突起体筒孔部に鉄筋を挿入、開口孔、取付孔を設けた、波板等１８と、輪切りパイプを交互に取付れば、任意の間隔で、四隅を固定した、棚板状となり、開口部縁に、網、金網等を取付れば、内部容積、着生面が増大、海面下での、餌供給が可能となり、イセエビ、アワビ等に適した、養殖容器となる。
八図は、開口部係留結束棒体、突起体を、互い違いに、合体した、採補、育成容器で、全体を網で覆い、コレクターを取付れば、袋網が不要で、容器内に枝木、藁等を入れても、潮流、波浪による影響が少ない、採補容器となり。底面部をくり貫き、開口網を取付れば、育成容器となる。
【０００４】
以上の様にすれば、イセエビ幼生以外の、カニ類等の幼生を、採補出来る。
【図面の簡単な説明】
【図１】植木鉢状採補容器の、実施例を示す、側面図である。
【図２】植木鉢状採補容器の、実施例を示す、側面断面図である。
【図３】植木鉢状採補容器の、実施例を示す、平面図である。
【図４】植木鉢状採補容器の、実施例を示す、斜視図である。
【図５】網付竹、袋筒網を取付た、採補容器の、実施例を示す、斜視構成図である。
【図６】網付パイプ、袋筒網を取付た、採補容器の、実施例を示す、斜視図である。
【図７】パイプ、網等で連結した、養殖容器の、実施例を示す、側面構成図である。
【図８】開口網を取付、合体した、育成容器の 実施例を示す、側面構成図である。[0001]
The present invention relates to a container for collecting lobster larvae, a breeding container and a floating reef container.
[0002]
Conventionally, collection was made with a vinyl collector, but mass collection was difficult.
[0003]
To explain the diagram,
FIG. 1-4 shows that a plurality of mooring tying rods 1 are provided on the side surface of the opening of the flower pot-shaped container with a gap provided to facilitate the tying of the mooring cable 2 and the joint with the container is enlarged. A container that strengthens the joints and can withstand the impact of water pressure and waves.
A pipe mounting projection 3 is provided outside the opening and at the bottom, and a cylindrical hole 4 is provided at the tip.
By providing a plurality of v-shaped grooves 5 in the container body, the strength is increased and the lobster larva inflow from the inflow hole 6 provided in the groove bottom is promoted. By providing the convex surface 7 and the periphery as the concave surface 8 and providing the inflow hole 9, inflow from the inside of the container is achieved.
Figure 5 shows that the bamboo 10 covered with a net is attached to the inside of the container, the bottom recess, and the binding and the projection are tied and fixed with a rope, the tip of the bamboo is fixed with a rope, the whole is covered with a net, and the collector 11 etc. By attaching and making it funnel-shaped, the larval attachment surface increases, and the container linked to the staying cable, the lobster larva floating in the tide, attaches the lobster larva to the collector and the net, guides it into the container at the tidal pressure, from the inflow hole , Attached to the torso, enter the bag net 12, harm the larvae, fish are prevented by the intrusion prevention net, the inflow hole, the bag net holding bracket 13, the branch tree, straw, etc. on which plankton grows If worn, it becomes a feeding ground and a moulting ground, where larvae can grow and large-scale harvesting becomes possible.
Fig. 6 shows a pipe 14 covered with a net attached to an external groove, attached and fixed to a binding body and a projection, a bag net is attached to the opening edge 15 and held by a pipe, and a collector is attached to the pipe. If bamboo, straw, etc. are used in combination, plankton multiplies, the larva attachment surface increases, and the tidal current induces attraction to the grooves and inflow holes, thereby promoting the larva inflow.
Prevents invasion of impurities such as jellyfish, and prevents invasion of foreign enemies such as octopus.
If you use long pipes covered with nets, it becomes a floating reef with many small fish hiding places. If a coarse mesh is attached to the reinforcing steel ring and pipe ring, a collector is also used, and a funnel-like net is used, the adhesion surface increases, the tidal pressure to the groove bottom and the bottom inflow hole is increased, and the larva inflow is promoted.
Fig. 7 shows that a bent pipe and a reinforcing bar 16 are attached to a binding rod, a rope is squeezed between the containers, a bottom surface is pierced, an opening net 17 is attached, and a cylindrical or square-shaped culture container is provided. If the reinforcing bar is inserted, the opening hole and the mounting hole are provided, the corrugated plate or the like 18 and the rotatable pipe are alternately mounted, and at any intervals, the four corners are fixed to form a shelf plate. If a wire mesh is attached, the internal volume and the epiphytic surface increase, and the food can be supplied under the sea surface, thus providing a culture vessel suitable for lobster, abalone, and the like.
Fig. 8 shows a container in which the mooring and tying rods and projections are staggered, and the whole is covered with a net, and if a collector is attached, a bag net is not necessary and the branch in the container. Even if trees, straw, etc. are put in, it is a collection container that is less affected by tides and waves. If it penetrates the bottom part and attaches an opening net, it becomes a growth container.
[0004]
In this manner, larvae such as crabs other than lobster larvae can be collected.
[Brief description of the drawings]
FIG. 1 is a side view showing an embodiment of a flowerpot-shaped collecting container.
FIG. 2 is a side sectional view showing an embodiment of a flowerpot-shaped collecting container.
FIG. 3 is a plan view showing an embodiment of a flowerpot-shaped collecting container.
FIG. 4 is a perspective view showing an embodiment of a flowerpot-shaped collecting container.
FIG. 5 is a perspective view showing an embodiment of a collecting container to which a bamboo net and a bag net are attached.
FIG. 6 is a perspective view showing an embodiment of a collecting container to which a netted pipe and a bag net are attached.
FIG. 7 is a side view showing an embodiment of a culture vessel connected by a pipe, a net, or the like.
FIG. 8 is a side view showing an embodiment of a growing container to which an opening net is attached and united.
