JP3115105U - Scallop rope - Google Patents
Scallop rope Download PDFInfo
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- JP3115105U JP3115105U JP2005005929U JP2005005929U JP3115105U JP 3115105 U JP3115105 U JP 3115105U JP 2005005929 U JP2005005929 U JP 2005005929U JP 2005005929 U JP2005005929 U JP 2005005929U JP 3115105 U JP3115105 U JP 3115105U
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- Prior art keywords
- rope
- drooping
- seawater
- knitted fabric
- scallop
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
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- Farming Of Fish And Shellfish (AREA)
Abstract
【課題】 本考案は、帆立貝の稚貝を中間育成若しくは本育成するための育成篭に使用する垂下綱にオモリ効果を作用させるホタテ篭用ロープを提供するものである。
【解決手段】 本考案のホタテ篭用ロープは、前記育成篭1の正方形枠体2の田の字状の交差部に結縛され、前記育成篭1を垂下展開状態に保持するように編地3の頂部に結縛された垂下綱4から構成され、一定長さの垂下綱4に所定間隔で多数の前記育成篭1が連段される。前記垂下綱4は、オモリ効果を持たせるために、海水より比重の大きい材料、例えば金属素材を組み込んで形成させる。海水より比重の大きい材料としては、金属製線材が有効であり、特に鉛線が取り扱い等の便が優れている。なお、前記金属製線材は、中芯として綱と一体に織り込んでも良いし、織り込んだ綱の外側に巻き付けても良いし、すなわち海水中で垂下綱4がオモリとして下方向への力が働くようにすれば良い。
【選択図】 図1
PROBLEM TO BE SOLVED: To provide a scallop rope for applying a weir effect to a hanging rope used as a growth rod for intermediate or full growth of scallop larvae.
A rope for scallops according to the present invention is bound to a rice field-shaped intersection of a square frame 2 of the cultivating rod 1, and a knitted fabric so as to hold the cultivating rod 1 in a hanging state. 3 is composed of a drooping rope 4 tied to the top of 3, and a large number of the raising rods 1 are connected to the drooping rope 4 having a predetermined length at a predetermined interval. The drooping rope 4 is formed by incorporating a material having a specific gravity greater than that of seawater, for example, a metal material, in order to have a weight effect. As a material having a higher specific gravity than seawater, a metal wire is effective, and a lead wire is particularly convenient for handling. In addition, the metal wire may be woven integrally with the rope as a core, or may be wound around the outside of the woven rope, that is, the downward rope 4 acts as a weight in seawater so that a downward force acts. You can do it.
[Selection] Figure 1
Description
本考案は、帆立貝の稚貝を中間育成若しくは本育成するための育成篭に使用するホタテ篭用ロープに関する。 The present invention relates to a scallop rope for use as a growth rod for intermediate or full growth of scallop larvae.
従来、ホタテの篭養殖は、ホタテにストレスを与えないで成長効果を図るためできるだけ潮流がゆるやかで、また荒天時でも波のおだやかな湾内の海域で行われているが、篭の動揺を抑えるために連結された篭の最下部にオモリを付けたり(図2を参照)、太枠を使った重い篭を付けたり(図3を参照)する。
しかし、オモリを付けた場合でも、潮流に吹かれて連段篭が湾曲状となり(図4を参照)中間から上の篭が傾いて、篭の中の貝が不安定になるため成長が遅れる。
さらに、数ヶ月海中にぶら下がっている間にオモリには貝や藻が多量に付着し、篭を洗浄する際に篭の網地を傷めるため、いちいち外さなくてはならず相当な手間が掛かります。
また、この手間をなくすため太枠の重い篭も使っていますが、オモリに比べ下方向への力が分散され、連段の揺れを抑える効果はオモリより少なくなります。
Traditionally, scallops have been cultivated in the sea area in the bay where the tide is as gentle as possible to achieve growth effects without applying stress to the scallops and the waves are gentle even in stormy weather. A weight is attached to the lowermost part of the heel connected to (see FIG. 2), or a heavy heel using a thick frame is attached (see FIG. 3).
However, even with a weight, it is blown by the tidal current and the ridges become curved (see Fig. 4). The upper heel tilts from the middle, and the shells in the heel become unstable, so growth is delayed. .
In addition, shellfish and algae are attached to a large amount of fish while hanging in the sea for several months. .
In order to eliminate this hassle, heavier heavy-weight cocoons are used, but the downward force is distributed compared to the weight, and the effect of suppressing continuous shaking is less than that of the weight.
本考案は、帆立貝の稚貝を中間育成若しくは本育成するための育成篭に使用する垂下綱にオモリ効果を作用させるホタテ篭用ロープを提供するものである。 The present invention provides a rope for scallops that acts on the drooping rope used as a growth rod for intermediate or full growth of scallop larvae.
本考案のホタテ篭用ロープは、田の字状に形成された正方形枠体と、前記正方形枠体を包被し、垂下展開時に正方形枠体の四隅と編地頂部とを結ぶ編地面が四角錐状に緊張展開されるように角目編成された編地とからなり、該育成篭の正方形枠体の田の字状の交差部に結縛され、前記編地を垂下展開状態に保持するように編地の頂部に結縛された垂下綱から構成され、前記垂下綱には一定長さの垂下綱に所定間隔で多数の前記育成篭が垂下連段される育成篭において、前記垂下綱自体にはオモリ効果を持たせるために、海水より比重の大きい材料を組み込んで形成させるものである。 The rope for scallops of the present invention has a square frame formed in a square shape and four knitted grounds that wrap around the square frame and connect the four corners of the square frame and the top of the knitted fabric when deployed in the hanging state. It consists of a knitted fabric that is knitted in a square shape so as to be tension-developed in a pyramid shape, and is tied to a crossed portion of the square shape of the square frame of the nurturing cage, and holds the knitted fabric in a suspended deployed state The hanging rope is composed of a hanging rope tied to the top of the knitted fabric, and the hanging rope is connected to a hanging rope of a predetermined length and a plurality of the growing straws are cascaded at predetermined intervals. In order to give the weight effect to itself, it is formed by incorporating a material having a specific gravity greater than seawater.
本考案のホタテ篭用ロープによれば、帆立貝の稚貝を中間育成若しくは本育成するための育成篭に使用する垂下綱にオモリ効果を作用させるので、荒天時でもホタテ篭の動揺を抑えることができる。 According to the rope for scallops of the present invention, the scallop scallop is used for the mid-grow scallops and the pupae used for the main pupae, so that the scallops can be prevented from shaking even in stormy weather. it can.
以下、本考案の一実施例を図面に基づいて説明すると、
図1に示すように、育成篭1は、田の字状に形成された正方形枠体2と、前記正方形枠体2を包被し、垂下展開時に正方形枠体2の四隅と編地頂部とを結ぶ編地面が四角錐状に緊張展開されるように角目編成された編地3と、幹綱から海中へ吊下げる垂下綱4とからなる。
本考案のホタテ篭用ロープは、図1に示すように、前記育成篭1の正方形枠体2の田の字状の交差部に結縛され、前記育成篭1を垂下展開状態に保持するように編地3の頂部に結縛された垂下綱4から構成され、一定長さの垂下綱4に所定間隔で多数の前記育成篭1が連段される。
前記垂下綱4は、オモリ効果を持たせるために、海水より比重の大きい材料、例えば金属素材を組み込んで形成させる。
海水より比重の大きい材料としては、金属製線材が有効であり、特に鉛線が取り扱い等の便が優れている。
なお、前記金属製線材は、中芯として綱と一体に織り込んでも良いし、織り込んだ綱の外側に巻き付けても良いし、すなわち海水中で垂下綱4がオモリとして下方向への力が働くようにすれば良い。
Hereinafter, an embodiment of the present invention will be described with reference to the drawings.
As shown in FIG. 1, the growth basket 1 includes a
As shown in FIG. 1, the scallop rope of the present invention is bound to a rice field-shaped intersection of the
The drooping rope 4 is formed by incorporating a material having a specific gravity greater than seawater, such as a metal material, in order to have a weight effect.
As a material having a higher specific gravity than seawater, a metal wire is effective. In particular, a lead wire is excellent in handling and the like.
In addition, the metal wire may be woven integrally with the rope as a core, or may be wound around the outside of the woven rope, that is, the downward rope 4 acts as a weight in seawater so that a downward force acts. You can do it.
このようにして形成されたホタテ篭用ロープは、垂下綱4自体の重みにより下方向に効率よく引張り、連段の育成篭1の振れを抑える効果があるので、振れが少なく帆立貝の生育が良い。
また、垂下綱4自体がオモリ効果を発揮するので、特別なオモリを使用する必要がなく、かつ手間が掛からず作業の合理化が図れ、育成篭1を傷めることなく作業を行うことができる。
The scallop rope formed in this manner is efficiently pulled downward by the weight of the hanging rope 4 itself, and has the effect of suppressing the fluctuation of the continuous growth rod 1, so that there is little fluctuation and the growth of scallops is good. .
Moreover, since the drooping rope 4 itself exerts the weight effect, it is not necessary to use a special weight, and the work can be rationalized without taking time and work without damaging the breeding rod 1.
1 育成篭
2 正方形枠体
3 編地
4 垂下綱
1 Raising
Claims (1)
A square frame formed in the shape of a rice field, and the knitting ground covering the square frame and connecting the four corners of the square frame and the top of the knitted fabric is deployed in a quadrangular pyramid shape when hanging down. Consists of square-knitted knitted fabric, tied to the square-shaped intersection of the square frame of the nurturing ridge, and tied to the top of the knitted fabric so as to hold the knitted fabric in a suspended unfolded state In order to give a drooping effect to the drooping rope itself, the drooping rope has a drooping rope having a predetermined length and a plurality of the growing dredges arranged at a predetermined interval. And a scallop rope made by incorporating a material having a specific gravity greater than seawater.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2005005929U JP3115105U (en) | 2005-07-26 | 2005-07-26 | Scallop rope |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP2005005929U JP3115105U (en) | 2005-07-26 | 2005-07-26 | Scallop rope |
Publications (1)
Publication Number | Publication Date |
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JP3115105U true JP3115105U (en) | 2005-11-04 |
Family
ID=43277373
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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JP2005005929U Expired - Fee Related JP3115105U (en) | 2005-07-26 | 2005-07-26 | Scallop rope |
Country Status (1)
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JP (1) | JP3115105U (en) |
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2005
- 2005-07-26 JP JP2005005929U patent/JP3115105U/en not_active Expired - Fee Related
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