本発明は、アワビ、ウニ等の、大量生産技術を確立する事にある。 The present invention lies in establishing mass production techniques such as abalone and sea urchin.
従来は、コンテナ箱等で、養殖していたが、餌供給が難易で、大量生産が困難であった。 Conventionally, it was cultivated in a container box or the like, but it was difficult to supply food and mass production was difficult.
図について、説明すれば、
養殖容器盤は、金網イケス等に設置するもので、複数の、山波部、溝波部を有し、大波側面に、浪面１を設け、面の剛性を図り、アワビ等の、剥離作業の簡易化を図る。
山波部両端２を高く、溝波部両端３を低く、中央に空間が出来るよう設定し、接合孔４を設ける。山波部両端は、窓５付側壁とし、山波直角部両端は、角部を切り放した形とし、中央に帯壁６を設け、両側に窓７、中央底面に、溝孔８を設け、アワビの盤間移動を図り、潮流流入増大を図る。頂点部、溝底部の長方形の孔９は、波浪時の衝撃を和らげ、排出物の、排出孔となり、山部面、溝部面どうしを、積み重ねた時の、アワビ等の、盤間、上下移動孔となり、餌となる、ワカメ等海藻の流入孔となる。
側面、連結体間に、開口部１０を設け、潮流流入を図る。
積み重ね時に、中央部に、トンネル状の空間が、中央上部間、中央底部間に出来、潮流が流れ、酸素を供給、餌場となり、山、溝間の、横移動空間となる。
山、溝、山間をＨ字状１１に成るよう、帯壁、窓を設け、積み重ね時は、八の字状の開口部となり、海藻の流入、排出拡散が図れ、周囲は、餌場となる。
側面窓１２は、側面からの、潮流流入を補完するもので、アワビ等に、窓が塞がらない大きさとする。溝底部両端、側面底部に、半角面１３と、垂直面１４を有した棒体を、半円部１５で、盤と一体化、Ｔ字状結束連結体とし、複数枚を、平面状に並べ、１０図の様に、垂直面を合わせ、棒体に、輪切りパイプ１６を嵌込み、ロープ等で連結すれば、盤間が、十文字状の空間となり、山波側壁は、アワビの盤間移動面となる。水平盤半角面に、垂直に立てた盤の、半角面を合わせ、輪切りパイプを嵌込み、各カ所を固定すれば、箱型状となり、棒体、パイプ間にできた孔に、ロープ１７等を通し、全体を固定すれば、全体が一体化、波浪時の衝撃に耐えられ、袋網に入れれば、海藻を大量に入れられ、アワビ等の着生場所が大きい、餌の散逸が少ない、餌場が、広範囲に広がり、酸欠が少ない、大量生産に適した、養殖容器となる。If you explain about the figure,
The aquaculture container board is installed in wire netting, etc., and has a plurality of mountain wave portions and groove wave portions, and provides a surf surface 1 on the side of the large wave, stiffening the surface, and removing work such as abalone Simplify the process.
The mountain wave part both ends 2 are set high, the groove wave part both ends 3 are set low, and a space is formed in the center, and a bonding hole 4 is provided. Both ends of the mountain wave part are side walls with a window 5, both ends of the mountain wave right-angle part have a shape in which corners are cut off, a band wall 6 is provided in the center, a window 7 is provided on both sides, and a slot 8 is provided on the center bottom surface. Increase the inflow of tidal currents by moving abalone between boards. The rectangular holes 9 at the top and bottom of the groove alleviate the impact during waves and become discharge holes for the discharge, moving up and down between panels such as abalone when stacking the crest and groove surfaces. It becomes a hole and an inflow hole for seaweeds such as seaweed that serve as food.
An opening 10 is provided between the side surface and the connecting body to allow the tidal current to flow.
At the time of stacking, a tunnel-like space is created in the central part between the central upper part and the central bottom part, and the tide flows, supplies oxygen, becomes a feeding ground, and becomes a lateral movement space between mountains and grooves.
Bands and windows are provided so that mountains, grooves, and mountains are in an H-shape, and when stacked, it becomes an eight-shaped opening to allow the inflow and discharge of seaweed to be diffused. .
The side window 12 complements the inflow of the tidal current from the side, and has a size that does not block the abalone or the like. A rod body having a half-angle surface 13 and a vertical surface 14 at both ends of the groove bottom and at the bottom of the side surface is integrated with the board at the semicircular portion 15 to form a T-shaped united connector, and a plurality of sheets are arranged in a plane. As shown in Fig. 10, if the vertical planes are aligned, the round pipe 16 is fitted into the rod, and connected with a rope or the like, the space between the plates becomes a cross-shaped space, and the mountain wave side wall moves between the abalone plates It becomes a surface. Align the half-width surface of the vertical plate with the half-width surface of the horizontal plate, fit the ring-cut pipes, and fix each part to form a box shape. In the hole made between the rod and pipe, rope 17 etc. If the whole is fixed, the whole is integrated, it can withstand the impact of waves, and if it is put in a bag net, a large amount of seaweed can be put in, the abalone and other places of growth are large, the dissipation of food is small, The feeding area will be an aquaculture container that spreads over a wide area, has little oxygen deficiency, and is suitable for mass production.
網、金網イケスに、同一養殖容器盤を、積み重ね型、複数枚積み重ね型、箱型、それぞれを組み合せた型等を、設置すれば、アワビ等着生面が増大、船上からの、餌投入で済む、大量生産に適した、養殖容器となる、 If the same aquaculture container board, stacking type, multiple stacking type, box type, or a combination of these are installed on the net or wire netting ikesu, the surface of abalone growth will increase. It becomes a culture vessel suitable for mass production.
養殖容器盤の、実施例を示す、平面図である。It is a top view which shows the Example of a culture container board.
養殖容器盤の、実施例を示す、斜視図である。It is a perspective view which shows the Example of a culture container board.
養殖容器盤の 実施例を示す、側面図と、盤を重ねた構成図である。It is the side view which shows the Example of a culture container board, and the block diagram which piled up the board.
養殖容器盤の、実施例を示す、山部面側面図と、盤を重ねた、構成図である。It is the block diagram which piled up the mountain part side view which shows the Example of a culture container board, and the board.
養殖容器盤の、実施例を示す、中央断面図と、盤を重ねた。構成図である。The center cross-sectional view showing the example of the aquaculture container board was overlapped with the board. It is a block diagram.
養殖容器盤の、実施例を示す、山部面中央断面図と、盤を重ねた、構成図である。It is a block diagram which piled up the board | plate part surface center sectional view and the board | substrate which show the Example of an aquaculture container board.
養殖容器盤を、四枚連結した、実施例を示す、平面構成図である。It is a plane block diagram which shows the Example which connected the culture container board four sheets.
養殖容器盤の、実施例を示す、箱型に組立た、平面構成図である。It is a plane block diagram assembled in the box shape which shows the Example of a culture container board.
養殖容器盤の、実施例を示す、箱型に組立た、側面構成図である。It is a side block diagram assembled in the box shape which shows the example of an aquaculture container board.
養殖容器盤の、実施例を示す、連結部の、断面構成図である。It is a section lineblock diagram of a connection part showing an example of an aquaculture container board.
