JP2004173702A - Fishing tackle using rod float insertion cage and method for fishing with the tackle - Google Patents

Fishing tackle using rod float insertion cage and method for fishing with the tackle Download PDF

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JP2004173702A
JP2004173702A JP2004064967A JP2004064967A JP2004173702A JP 2004173702 A JP2004173702 A JP 2004173702A JP 2004064967 A JP2004064967 A JP 2004064967A JP 2004064967 A JP2004064967 A JP 2004064967A JP 2004173702 A JP2004173702 A JP 2004173702A
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bait
basket
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fishing
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JP2004173702A5 (en
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Takashi Sakata
孝 坂田
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<P>PROBLEM TO BE SOLVED: To provide a fishing tackle settled a problem that the conventional ground bait cage cannot detect small hit of a fish and, so, whether the bait set on a hook is surly apart from the ground bait cage and is waiting fish catching or not cannot be distinguished. <P>SOLUTION: The fishing tackle is formed to disperse baits after the rod float insertion cage alights on water, the cage smoothly moves along a fishing line to pass through a rod float without collision to go up to the sea surface above the rod float. Thereby, the rod float insertion cage becomes likewise to be lost and the small hits of fish can be directly transmitted to the rod float. As a submarine cage erectly floats with its ceiling plane upper and the upper surface of the ceiling hollow of the rod float insertion cage is colored (with) another color than that of the rod float, so the bait set on a hook surly apart from the ground bait cage and waiting fish catching becomes detectable by recognizing the color of the upper surface of the ceiling hollow of the rod float insertion cage. <P>COPYRIGHT: (C)2004,JPO

Description

本発明は、魚釣り用の撒き餌を水中へ投入するために使用される撒き餌カゴに関し、従来の撒き餌カゴ釣りでは不可能とされた警戒心の強い魚も釣ることができる、つまり魚の小さなアタリを感知することのできる釣り具及び新しい釣り方に関するものである。     The present invention relates to a sow bait basket used for putting sowing bait for fishing into the water, and it is also possible to catch a cautious fish that was impossible with conventional sow bait basket fishing, that is, to sense small attack of fish The present invention relates to fishing gear that can be used and new fishing methods.

従来の撒き餌カゴ釣りは、釣り竿の先端から道糸を伸ばし道糸には浮き止めを止着して、該道糸をシモリ(ビ−ズ)に通して、エバ浮きあるいは大きなどんぐり浮き(エバ浮き以外の素材でできた中通し浮き)の糸孔に通し、道糸の先端を撒き餌カゴに結んで連結させ、該撒き餌カゴと一体となっているア−ムあるいは撒き餌カゴの別の一端にハリス糸を結び、ハリス糸の先端に釣り針を止着する。以上の如く構成された釣り具である。ここでの道糸とは、つまり、リ−ルに巻いた糸を釣り竿の先端へ伸ばし、さらに、釣り竿の先端から糸を伸ばして撒き餌カゴまでの釣り糸のことで、仕掛けを止着したり通したりしてセットする釣り糸で丈夫で切れにくい糸である。ハリス糸とは上記の如く撒き餌カゴと釣り針との間の釣り糸のことで、魚が直接目にする糸なので目立たない細い釣り糸である。道糸は太い糸をハリス糸は細い糸を用いている。シモリとは、浮き止めと浮きの間にスライド可能に設けて、道糸に固着された浮き止めが浮きの中に入っていかないようにする役割をしている、シモリを貫通している糸穴は道糸の外径(太さ)より十分大きく、浮き止めの直径より十分小さくできている。つまり、浮き止めがシモリに引っ掛かり、シモリが浮きの糸孔に引っ掛かりことにより、浮きに釣り仕掛けがぶら下がった状態で安定する。上記釣り具を用いて、魚を釣るときには釣り針につけ餌を付け、撒き餌カゴに撒き餌を詰めて蓋をし、リ−ルで道糸を巻き上げて投げる、撒き餌といっしょにつけ餌が海底へ沈み、魚が掛かると魚はつけ餌といっしょに撒き餌カゴを引っ張り込む、そしてエバ浮きは海底へと沈む、上記釣り具では警戒心の強い魚を釣ることは不可能なのは明白である。     In conventional bait basket fishing, a fishing line is stretched from the tip of a fishing rod, a suspension is fastened to the fishing line, and the fishing line is passed through a shimo (beads) to float the fishing line or float a large size (a floating fishing line). Through the thread hole of a bobbin made of a material other than the above, and tie the end of the thread to the bait basket and connect it to the arm or the other end of the bait basket integrated with the bait basket. Knot the line and fasten the hook to the end of the harness line. It is a fishing tackle configured as described above. In this case, the line is the line that is wound on the reel and extended to the tip of the fishing rod, and then the line is extended from the end of the fishing rod to the bait basket. It is a durable, hard-to-cut fishing line that you can set. The harris thread is a fishing line between the bait basket and the fishing hook as described above, and is a thin fishing line that is inconspicuous because it is a thread directly seen by fish. The main thread uses a thick thread and the Harris thread uses a thin thread. Shimori is a thread hole that penetrates the shimori that is provided so as to be slidable between the float and the float so that the float that is fixed to the yarn does not enter the float. Is made sufficiently larger than the outer diameter (thickness) of the warp yarn and sufficiently smaller than the diameter of the buoy. In other words, the suspension is hooked on the trimming, and the trimming is hooked on the line hole of the float, so that the fishing tackle is hung on the float and stabilized. Using the above fishing gear, when catching fish, attach bait to the hook, fill the bait basket with the bait, cover it, roll up the thread with a reel and throw it. The fish pull the bait basket together with the bait, and the surf float sinks to the bottom of the sea. It is clear that it is not possible to catch a vigilant fish with the above fishing equipment.

従来の撒き餌カゴ釣り具で最新の従来の技術として公開実用平成3−112266で公開されている撒き餌カゴがある。それは、撒き餌カゴとつけ餌までの距離を、道糸に止着した浮き止めの位置によって調整できるという改善が見られるが、魚の小さなアタリを浮きで感知できないという問題は残る。
公開実用平成3−112266
A conventional sowing bait fishing tackle is a so-called bait basket disclosed in Japanese Utility Model Application Laid-Open No. Heisei 3-112266. The improvement is that the distance between the sow bait and the bait can be adjusted by the position of the buoy anchored to the line, but the problem remains that small squirrels of fish cannot be detected by floating.
Public utility 1991-112266

従来の撒き餌カゴ釣りは撒き餌カゴと一体となっているア−ムあるいは別の一端にハリス糸を結び、ハリス糸の先端に釣り針(つけ餌)を止着する。つけ餌を付けたハリス糸が撒き餌カゴと連結しているために、つけ餌と撒き餌カゴとの隔離距離には限界がある。また、魚がつけ餌をくわえて引っ張った時にコマセカゴもいっしょに引っ張ることになるので、警戒心の強い魚や、つけ餌を弱く引っ張る習性のある魚は釣りの対象外になる、つまり、従来のフカセ釣りと同じように魚の小さなアタリを浮きで感知して(浮きが海中に沈むことにより小さなアタリを釣り人に知らせる)釣りをすることが出来ない。従来の技術としての公開実用平成3−112266で第一のタイプとして載っているものは撒き餌カゴとつけ餌までの距離を浮き止めの位置によって調整できるという改善が見られるが、魚の小さなアタリを浮きで感知することができないという課題が残った。また、別のタイプとして載っているものは、撒き餌を詰めた撒き餌カゴは水底に沈むか水面に浮くかどちらであるか不特定である。沈むタイプの撒き餌カゴであれば、撒き餌カゴとつけ餌までの距離を長く取れないし、エバ浮きあるいは大きなどんぐり浮き(エバ浮き以外の素材でできた中通し浮き)を用いているため魚の小さなアタリを浮きで感知することができないという課題は残る、また、浮くタイプの撒き餌カゴであれば、魚がつけ餌をくわえて引っ張った時に、浮力の大きなドングリ浮きと一緒に撒き餌カゴも引っ張るので課題は残る。ゆえに、従来のフカセ釣りと同じように魚の小さなアタリを浮きで感知して(浮きが海中に沈むことにより小さなアタリを釣り人に知らせる)釣りをすることは不可能である。つまり、依然として課題は残る。     In conventional sow bait basket fishing, a harness thread is tied to an arm or another end integrated with the sow bait basket, and a hook (stick) is fastened to the tip of the harness line. Because the harness thread with the bait is connected to the bait basket, the separation distance between the bait and the bait basket is limited. Also, when the fish pulls the bait together with the bait, it will also pull the kasekago together, so fish with high alertness and fish with a habit of pulling the bait weakly will be excluded from fishing, that is, the conventional fucase Just like fishing, you can't fish by sensing a small Atari of a fish with a float (informing the angler of the small Atari when the float sinks into the sea). The first type in the public utility 1991-112266 as a conventional technique has an improvement in that the distance between the scattered bait basket and the bait can be adjusted by the position of the retaining pad. There was a problem that it could not be detected. Also, as another type, it is unspecified whether a bait basket packed with bait either sinks to the bottom or floats on the water surface. In the case of sinking bait baskets, the distance between the bait basket and the bait bait cannot be long, and small squirrels of fish are used because they use floating squirrels or large sculpted squirrels (through floats made of materials other than squirrels). The problem remains that it can not be detected by floating, and if it is a floating type of bait basket, the problem remains because when the fish adds and baits and pulls, the bait basket pulls with the acorn float with large buoyancy . Therefore, it is impossible to perform fishing by detecting small fishes by floats (informing the angler that the fishes float by sinking in the sea) as in the case of conventional fish fishing. That is, there remains a problem.

上記の課題に加えて従来の撒き餌カゴ釣りでは今日まで誰も課題にしなかった課題で、ハリス糸が釣り具に絡んだり、釣り針が釣り具に針掛かりをせずに無事に海底に沈み撒き餌がばらけたことを(釣り具が所望の正常な一連の動きをしていることを)感知することができないという課題である。本発明は、上記[0004][0005]のような課題を解決するためになされたものである。   In addition to the above-mentioned issues, conventional sowing bait basket fishing is an issue that no one has made to date, and harris thread is not entangled with fishing equipment and fishing hooks sink safely to the seabed without hooking fishing equipment. The problem is that it is impossible to sense that the fishing gear has been separated (that the fishing gear is performing a desired normal series of movements). The present invention has been made to solve the above problems [0004] and [0005].

課題を解決するために、請求項1に係わる本発明は、釣り竿の先端から釣り糸を伸ばし、該釣り糸には浮き止め、棒浮き、Aタイプ中通し撒き餌カゴ(イ)、重り(ロ)及び釣り針を止着したあるいは十字架サルカン(ハ)を介してサビキを設けその先に重錘を止着した釣り具において、上記Aタイプ中通し撒き餌カゴは中心軸上に棒浮きを楽々と挿通できるぐらいの大きさの孔を有して、かつ上部の中心軸上の孔(天井部中央の孔)の外周あるいは撒き餌カゴ本体上部の外周に浮力材を設けた中通し撒き餌カゴで、該Aタイプ中通し撒き餌カゴは内部に撒き餌を詰めた状態では海底へと沈むが、海中に投入後、カゴ内の撒き餌が海中に散らばってしまいカゴ内に撒き餌を留め置かなくなると比重が軽くなり海面へと浮上する、このようにAタイプ中通し撒き餌カゴが機能するように天井部中央の孔の外周あるいは撒き餌カゴ本体上部の外周に設ける浮力材の量を調整する、海中に投入後、Aタイプ中通し撒き餌カゴは重りあるいは十字架サルカンの上の任意の位置まで沈降した後、浮上して棒浮きの上部の海面まで釣り糸に沿って円滑に移動及び通過してAタイプ中通し撒き餌カゴの天井部が海面上に姿を表す、このことを特徴とする釣り具。
(イ)Aタイプ中通し撒き餌カゴとは、上記の特徴に加え、頭部の中心軸線上の孔(天井部中央の孔)は、棒浮きが通過しやすいようにカゴ内部の方向に窪んでいて、該窪みの上面を棒浮きと識別できるように棒浮きと違う色に着色する、Aタイプ中通し撒き餌カゴの筒体は金属メッシュ構造で、該側面には開閉可能な側蓋(蓋閉止保持用止め金具付き)を設ける、底部には中央に棒浮きを楽々と挿通できるぐらいの大きさの孔(下部の中心軸上の孔)を有した受け皿を設け、かつ該受け皿中央の孔は棒浮きが通過しやすいようにカゴ外部の方向に突出している、受け皿の下面(外面)で受け皿中央の孔の周囲には重り掛合用堤を設ける、該重り掛合用堤とは、釣り具を投げるとき、釣り糸を上方に牽引することにより釣り糸に結合された重りを重り掛合用堤の凹部に掛合、あるいは釣り糸に連結された十字架サルカンの平板平面を重り掛合用堤の土手の平たい部分に引っ掛けることにより、揺動しないようにするものである、以上の構造の撒き餌カゴである。
(ロ)ここでの重りとは、従来の重錘だけでできた丸重りではなくて、重錘を衝撃・磨耗に強い材料で包む事により胴の周囲の長さを大きくして、重り掛合用堤の凹部に掛合できる大きさにし、かつ、重錘と重錘を包み込む材料の中心に中心孔を形成して糸孔とした重り(丸重り)である。
(ハ)十字架サルカンとは、横から見ると十字架の形をしたサルカンで、固いて錆びにくい材料でできた十字架サルカンの頭の部分と足の部分(縦方向の両端)の輪に従来のサルカンが設けられている。十字架の両腕の掌の部分(横方向の両端)の上には、平板が平面を上に向けて固着して設けてある、該両腕の根元には別の両腕が伸びていて、両腕と両腕の間の角度は90度の角度である、別の両腕も同じように掌の部分の上には、平板が平面を上に向けて固着して設けてある、それを上から見ると腕が四方に伸びた十文字の形に見える、両腕の掌と掌の間の距離は重り掛合用堤の直径と同じ距離である、つまり重り掛合用堤の土手の部分と掌の平板平面部分が当接する距離である。
Aタイプ中通し撒き餌カゴが重りあるいは十字架サルカンの上の任意の位置から棒浮きの上部の海面までのどの位置に在るに拘わらず、魚がつけ餌を引っ張ればその力はAタイプ中通し撒き餌カゴには何ら力が及ぼさず棒浮きに直接力を及ぼす、ゆえに釣り人は魚の小さなアタリを棒浮きで感知できる。
In order to solve the problem, the present invention according to claim 1 extends a fishing line from the tip of a fishing rod, and the fishing line has a floating stopper, a floating rod, an A-type through-feed bait basket (a), a weight (b), and a fishing hook. In a fishing tackle in which a squid is attached or a weight is fastened to the sabiki via a cross sarkan (c), the above-mentioned type A through bait basket can easily insert a rod float on the central axis. A through-feed bait basket having a hole of a size and having a buoyancy material provided on the outer periphery of a hole on the upper central axis (a hole at the center of the ceiling) or an outer periphery of the upper part of the main body of the bait basket. When scattered bait is packed with scattered bait inside, it sinks to the seabed, but after being thrown into the sea, if the scattered bait in the cage is scattered into the sea and the scattered bait is not retained in the basket, the specific gravity becomes light and rises to the sea surface , Like this Adjust the amount of buoyancy material provided on the outer periphery of the hole in the center of the ceiling or the upper periphery of the body of the bait basket so that the bait basket will work during the Ip. After being put into the sea, the type A bait basket will be weighted or crossed. After sinking to an arbitrary position above the surface, the surface of the bait basket, which moves smoothly and passes along the fishing line to the sea surface above the bar float and passes through the A type, appears on the sea surface. A fishing tackle characterized by that.
(A) In addition to the above features, the type A through-feed bait basket has a hole on the center axis of the head (a hole in the center of the ceiling) recessed in the direction of the inside of the basket so that the rod float can pass easily. The upper surface of the hollow is colored differently from the floating bar so that it can be distinguished from the floating bar. The cylinder of the A-type through-feed bait basket has a metal mesh structure. A holding plate is provided at the bottom with a hole (hole on the lower central axis) large enough to allow the rod float to be easily inserted in the center, and a hole in the center of the receiving plate is provided. A weight embankment is provided around the hole in the center of the tray on the lower surface (outer surface) of the tray, which protrudes in the direction of the outside of the cage so that the rod float can easily pass through. When throwing, the weight attached to the fishing line by pulling it upward By hooking the flat surface of the cross sarkan connected to the fishing line on the flat part of the bank of the weight hanging dike so as not to swing. It is a squirrel basket.
(B) The weight here is not a conventional round weight made only of a weight, but the weight is wrapped in a material resistant to impact and abrasion to increase the length of the circumference of the body and the weight is engaged. It is a weight (round weight) that has a size that can be engaged with the concave portion of the embankment, and has a center hole formed at the center of the weight and the material surrounding the weight to form a thread hole.
(C) The cross sarkan is a cross sarkan that is shaped like a cross when viewed from the side. A cross sarkan made of a hard and rust-resistant material has a conventional sarkan on its head and legs (vertical ends). Is provided. On the palms (both ends in the horizontal direction) of the arms of the cross, a flat plate is provided fixedly with the plane facing upward. Another arm extends at the base of the arms, The angle between the two arms is 90 degrees, and the other two arms are similarly provided with a flat plate fixed on the palm, with the plane facing upward. When viewed from above, the arm looks like a cross with four sides extending.The distance between the palms of both arms is the same as the diameter of the weight embankment, that is, the bank of the weight embankment and the palm Is the distance at which the flat plate portion of the plate abuts.
Regardless of where the basket is weighed or located anywhere on the cross or sulcan from the cross sarkan to the surface of the sea above the stick float, if the fish pulls the bait, the power will be the through-feed during the A-type. The cage exerts no force on the basket and exerts a direct force on the rod float, so that the angler can perceive a small attack on the fish with the rod float.

上記[0006]記載の釣り具のAタイプ中通し撒き餌カゴは、Aタイプ中通し撒き餌カゴの天井部の窪みの上面が棒浮きの色とは明らかに違う色に着色されている、ゆえに、Aタイプ中通し撒き餌カゴが投入後に海底へと沈み撒き餌を撒いた後海面に浮上したとき窪みの色が見えることで、ハリス糸が釣り具に絡んだり、釣り針が釣り具に針掛かりをせずに無事に海底に沈み撒き餌がばらけたこと(釣り具が所望の正常な一連の動きをしていること)を感知することができる。     In the fishing tackle according to the above [0006], the A-type through-feed bait basket has an upper surface of a recess at the ceiling of the A-type through-feed bait basket that is colored differently from the color of the rod float. Through-type bait baskets sink into the seafloor after being thrown into the seafloor, and after the bait is scattered, the color of the dent is visible when floating on the sea surface, so that the harris thread does not get entangled with the fishing tackle, and the hook does not cling to the fishing tackle. It is possible to detect that the bait that has sunk to the sea floor has been safely dispersed (the fishing gear makes a desired normal series of movements).

同様に、請求項2に係わる本発明は、釣り竿の先端から釣り糸を伸ばし、該釣り糸には浮き止め、棒浮き、サブマリンカゴ(イ)、重り(ハ)及び釣り針を止着したあるいは十字架サルカン(ニ)を介してサビキを設けその先に重錘を止着した釣り具において、上記[0006]においては筒体に開閉可能な側蓋を設けたAタイプ中通し撒き餌カゴを用いたが、代わりに底部に開閉可能な底蓋(ロ)を設けたサブマリンカゴを用いる、該サブマリンカゴは上部の中心軸上に棒浮きを楽々と挿通できるぐらいの大きさの孔を有して、かつ上部の中心軸上の孔(天井部中央の孔)の外周あるいはカゴ本体上部の外周に浮力材を設けた中通し撒き餌カゴで、該サブマリンカゴは上記[0006]と同じく撒き餌を詰めた状態では海底へと沈むがカゴ内部の撒き餌が海中に散らばってしまいカゴ内に撒き餌を留め置かなくなると比重が軽くなり海面へと浮上する、このように機能するように浮力材の量を調整する、海中に投入後、サブマリンカゴは重りあるいは十字架サルカンの上の任意の位置まで沈降した後、浮上して棒浮きの上部の海面まで釣り糸に沿って円滑に移動及び通過してサブマリンカゴの天井部が姿を表す、このことを特徴とする釣り具。
(イ)サブマリンカゴとは、Bタイプ中通し撒き餌カゴと、底蓋と、バランシング重りとから構成されている撒き餌カゴである、上記の特徴に加え、上部の中心軸上の孔(天井部中央の孔)は棒浮きが通過しやすいようにカゴ内部の方向に窪んでいて、該窪みの上面は棒浮きと識別できるように棒浮きと違う色に着色する、底部は大きく開いた餌入れ口(開口部)を有する、これをBタイプ中通し撒き餌カゴと名付ける、サブマリンカゴは該Bタイプ中通し撒き餌カゴの底部の開口部縁の外周一側に、連結具により連結された開閉可能な底蓋を設け、該底蓋の重さとバランスをとるために底部の開口部縁で連結具と180度反対側の位置にバランシング重りを設けた中通し撒き餌カゴである。Aタイプ中通し撒き餌カゴの筒体は金属メッシュ構造の1種類だけであるのに対し、サブマリンカゴの筒体は金属メッシュ構造と合成樹脂の筒体に複数の透孔が形成された構造の2種類がある。
(ロ)底蓋とは、睡蓮の葉の形のように中央に穴があり、該穴より放射状に切欠きを設けた形をしていて、釣り具を海水に投入時には底蓋中央の穴を貫通していた釣り糸が、サブマリンカゴが沈むと共に底蓋が開くことにより、該切欠きに沿って釣り糸が通過して底蓋の外に出ることを特徴とする底蓋である、底蓋の下面で中央の穴の周囲には重り掛合用堤を設けている、該重り掛合用堤とは釣り糸を上方に牽引することにより釣り糸に結合された重りを重り掛合用堤の凹部に掛合、あるいは釣り糸に連結された十字架サルカンの平板平面を重り掛合用堤の土手の平たい部分に引っ掛けることにより底蓋を閉止状態に保持すると同時に揺動しないようにするもの、[0006]記載の受け皿の下面に設けた重り掛合用堤のように円筒形ではなく中央の穴より放射状に切欠きを設けた睡蓮の葉の形に沿って一部分切欠けている形である。また、底蓋には受け皿と同様に釣り具を遠投するとき、撒き餌が振り出ないようにする役割がある、ゆえに、底蓋を荒目の金属メッシュで作ると網の目から撒き餌が落ちるので荒目の金属メッシュを用いることは出来ない。底蓋には、底蓋の下面につけ餌ポケットを設けたものとつけ餌ポケットを設けないで開閉を容易にするための重りを切欠け部先端に固着したものの2種類があり、つけ餌ポケットを設けないものの中に、重り掛合用堤の代わりに窪みを底蓋の中央に形成したものがある。
(ハ)ここ請求項2での重りとは、サブマリンカゴの筒体が金属メッシュ構造である場合は[0006](ロ)記載の重り(丸重り)と同じであるが、サブマリンカゴの筒体が合成樹脂で筒体に複数の透孔を形成した構造である場合に用いる重りは専ら突き飛ばしオモリである、突き飛ばしオモリには2種類ある、第一のタイプの突き飛ばしオモリは重錘を衝撃・磨耗に強い材料で包んでドングリ形状に形成され、該ドングリ形状の胴の周囲の長さを大きくすることにより、重り掛合用堤の凹部に掛合できる大きさにし、重錘と重錘を包み込む材料の中心に中心孔を形成して糸孔とし、なおかつ、重錘を包む材料の外周を糸孔方向に複数の鰭を形成してドングリ形状で矢の形にする、重錘を矢の形の先端の反対側の尻部に設けることにより、重心が下部に在るようにした重りである、第二のタイプの突き飛ばしオモリは上記第一のタイプの特徴に加えてさらに、中心孔(糸孔)の下端部を中心にして尻部を半球形窪ませ、該半球形に窪ませた面に嵌合するように中心孔の開いた半球形金属板を固着する、さらに中心孔(糸孔)に糸を通さずに弾性材料でできた線材(中心軸)を挿通し、該線材の両端を曲げて上下端に輪を形成し、該輪の上端の輪は矢の形の頭部の直近に在り、下端の輪は半球形に窪んだ金属板の窪みに填まった状態で在る、なおかつ、該下端の輪には他の弾性材料でできた長い線材の一端を挿入し、その後曲げて輪を形成することにより下端の輪に長い線材がつながれ、該長い線材のもう一方の端も曲げて小さな輪を形成したものである。
(ニ)ここ請求項2での十字架サルカンとは、[0006](ハ)記載の十字架サルカンの特徴に加えてさらに、両腕の掌と掌の間の距離はサブマリンカゴの天井部中央の穴よりも十分に大きい距離にする、つまり、釣りが終わってリ−ルを巻き上げるとき、サブマリンカゴの天井部中央の穴の周囲に引っ掛かることにより引き上げることができるようにする。
サブマリンカゴが重りあるいは十字架サルカンの上の任意の位置から棒浮きの上部の海面までのどの位置に在るに拘わらず、魚がつけ餌を引っ張ればその力はサブマリンカゴには何ら力が及ぼさず棒浮きに直接力を及ぼす、ゆえに釣り人は魚の小さなアタリを棒浮きで感知できる。
Similarly, the present invention according to claim 2 extends a fishing line from the tip of a fishing rod, and the fishing line has a floating stopper, a floating rod, a submarine basket (a), a weight (c) and a fishing hook fixed to the fishing line or a cross sulcan ( D) In a fishing tackle in which a sabiki is provided through and a weight is fixed to the tip thereof, in the above [0006], a type A through-feed bait basket having an openable and closable side lid on a cylindrical body is used. A submarine basket provided with a bottom lid (b) that can be opened and closed at the bottom is provided. The submarine basket has a hole large enough to easily pass a rod float on the central axis of the upper part, and A through-feed bait basket provided with a buoyancy material on the outer periphery of the hole on the central axis (the hole at the center of the ceiling) or the outer periphery of the upper part of the car body. The submarine basket goes to the seabed when the bait is packed as in [0006]. And sink When the scattered bait is scattered in the sea and the scattered bait is not kept in the basket, the specific gravity becomes light and rises to the sea surface, adjust the amount of buoyant material to function in this way, after entering the sea, the submarine basket After sinking to an arbitrary position above the weight or cross sarkan, it floats up, moves smoothly along the fishing line to the sea surface above the rod float, and passes through it, revealing the ceiling of the submarine basket. Characterized fishing gear.
(B) The submarine basket is a type B through-type bait basket, a bottom lid, and a balancing weight. In addition to the above features, a hole on the central axis of the upper part (the center of the ceiling part) Hole) is recessed in the direction of the basket so that the stick floats easily. The top of the recess is colored differently from the stick float to distinguish it from the stick float. The submarine basket, which has an (opening) and is referred to as a B-type through-feed bait cage, is an openable and closable bottom connected to one side of an outer periphery of an opening edge of the bottom of the B-type through-feed bait basket. This is a through-feed bait basket provided with a lid, and a balancing weight provided at a position 180 ° opposite to the connector at the edge of the bottom opening in order to balance the weight of the bottom lid. The type A through-type bait basket has only one type of metal mesh structure, whereas the submarine cage type has a metal mesh structure and a structure in which a plurality of through holes are formed in a synthetic resin cylinder. There are types.
(B) The bottom lid has a hole in the center like the shape of a leaf of a water lily, and has a notch formed radially from the hole. When the fishing gear is put into seawater, a hole in the center of the bottom lid is formed. The bottom lid is characterized in that the fishing line passing through the bottom lid is characterized by the fact that the fishing line passes along the notch and exits the bottom lid when the submarine basket sinks and the bottom lid opens. A weight hanging ridge is provided around the center hole on the lower surface, and the weight combined with the fishing line by pulling the fishing line upward is engaged with the concave portion of the weight hanging ridge, or [0006] The lower surface of the tray according to [0006], wherein the flat surface of the cross sarkan connected to the fishing line is hooked on the flat portion of the bank of the weight embankment so as to keep the bottom cover closed and not swing. It is not cylindrical like a weight embankment It is a form lacking a portion cut along the shape of the leaves of water lily provided radially notched from the center of the hole. Also, the bottom lid has a role to prevent the bait from spilling when fishing equipment is cast far away like a saucer, so if the bottom lid is made of coarse metal mesh, the bait falls from the mesh Therefore, a rough metal mesh cannot be used. There are two types of bottom lids: one with a bait pocket on the underside of the bottom lid and one with a weight attached to the notch tip to facilitate opening and closing without a bait pocket. Among those that are not provided, there is one in which a hollow is formed in the center of the bottom cover instead of the weight embankment.
(C) The weight in claim 2 is the same as the weight (round weight) described in [0006] (b) when the cylindrical body of the submarine basket has a metal mesh structure, but the cylindrical body of the submarine basket. Is a synthetic resin with a structure in which a plurality of through-holes are formed in the cylindrical body. The weight used is exclusively a push-out weight. There are two types of push-out weights. The first type of push-out weight impacts and wears the weight. The acorn-shaped body is formed by wrapping it in a strong material, and the length of the periphery of the acorn-shaped body is increased so that the weight can be hooked on the concave portion of the weight embankment. A center hole is formed at the center to form a thread hole, and the outer periphery of the material surrounding the weight is formed into a plurality of fins in the direction of the thread hole to form an acorn-shaped arrow. On the opposite side of the The second type of pushing weight, which is a weight whose heart is at the bottom, has the features of the first type, and has a hemispherical tail at the lower end of the center hole (thread hole). A semi-spherical metal plate having a central hole so as to fit into the hemispherically concave surface, and a wire made of an elastic material without passing a thread through the central hole (thread hole) (Center axis) is inserted, and both ends of the wire are bent to form a loop at the upper and lower ends. The upper end of the loop is in the immediate vicinity of the arrow-shaped head, and the lower end is depressed in a hemispherical shape Inserted into the hollow of the metal plate, one end of a long wire made of another elastic material is inserted into the lower loop, and then bent to form a loop, thereby forming a long loop at the lower loop. Wires are connected, and the other end of the long wire is also bent to form a small loop.
(D) The cross sarkan in claim 2 is characterized in that, in addition to the features of the cross sarkan described in [0006] (c), the distance between the palms of both arms is a hole in the center of the ceiling of the submarine basket. When the reel is wound up after fishing, it can be pulled up by being hooked around a hole in the center of the ceiling of the submarine cage.
Regardless of where the submarine basket is located from the weight or the crucifix at any point on the sarkan to the sea level above the rod float, if the fish pulls the bait, the power will not exert any force on the submarine basket. It exerts a direct force on the stick, so that the angler can detect the small attack of the fish with the stick.

上記[0008]記載の釣り具のサブマリンカゴは、Bタイプ中通し撒き餌カゴの天井部の窪みの上面が棒浮きの色とは明らかに違う色に着色されている、ゆえに、サブマリンカゴが投入後に海底へと沈み撒き餌を撒いた後海面に浮上したとき窪みの色が見えることで、ハリス糸が釣り具に絡んだり、釣り針が釣り具に針掛かりをせずに無事に海底に沈み撒き餌がばらけたこと(釣り具が所望の正常な一連の動きをしていること)を感知することができる。   The submarine basket of the fishing tackle according to the above [0008], the upper surface of the hollow of the ceiling portion of the through-type bait basket of the B type is colored in a color that is clearly different from the color of the stick floating, and therefore, after the submarine basket is thrown. The color of the dent is visible when it floats on the sea surface after sowing bait on the seabed, so that the harris thread can be entangled with fishing gear, and the hook hooks onto the fishing equipment without sinking the bait safely. It can be sensed that the fishing gear has made a desired normal sequence of movements.

課題を解決するために、[請求項3]に係わる本発明は、[0006]あるいは[0008]記載の釣り具の構成要素である棒浮きに代えてAタイプ中通し棒浮きを用いるだけで、本発明の主要部である中通し撒き餌カゴを代えるのではないので、何ら釣り具の所望の正常な一連の動きに影響を及ばさないので上記[0006][0007][0008][0009]と略同一である。
[請求項3]に係わる本発明は、上記[0006]あるいは[0008]記載の棒浮きに代えて、浮力の大きな材料でできた円筒形棒浮きの下部に重力の大きな材料でできた逆円錐形重りを設けた釣り具の部品であるAタイプ中通し棒浮き(イ)を用いることを特徴とする釣り具である。
(イ)Aタイプ中通し棒浮きとは、上記の特徴に加え、構造は、円筒形棒浮きの中心孔と逆円錐形重りの中心孔とを同じ中心軸上にあるようにし、下方に向かって先細りになっている逆円錐形重りの上面と円筒形棒浮きの下面とを固着する、該中心孔に中通しパイプを貫設し、かつ、該中通しパイプに逆円錐形重りと円筒形棒浮きの両方を固着したものである。円筒形棒浮きと逆円錐形重りの境目で段差を生じさせないように固着面の外周の大きさを同じにする、また、中通しパイプの内径は釣り糸は挿通し得るが浮き止めを通さない大きさ(つまり、糸孔である)にする、上記Aタイプ中通し棒浮きは自立浮きあるいは自立浮きに近い棒浮きの機能がある。
In order to solve the problem, the present invention according to [Claim 3] uses an A-type through-hole float instead of the rod float as a component of the fishing tackle according to [0006] or [0008], The above-mentioned [0006] [0007] [0008] [0009] and [0009] do not affect the desired normal series of movements of the fishing tackle because they do not replace the through bait basket which is the main part of the present invention. It is almost the same.
According to a third aspect of the present invention, there is provided an inverted cone made of a material having a large gravity below a cylindrical rod made of a material having a large buoyancy, instead of the rod float described in the above [0006] or [0008]. A fishing tackle characterized by using a type A through hole (a) which is a part of the fishing tackle provided with a shape weight.
(B) In addition to the above-mentioned features, the A-type through-hole float has a structure in which the central hole of the cylindrical rod float and the central hole of the inverted conical weight are on the same central axis, and are directed downward. A through-hole pipe is passed through the center hole for fixing the upper surface of the tapered inverted conical weight and the lower surface of the cylindrical rod float, and the inverted conical weight and the cylindrical shape are attached to the through-hole pipe. Both sticks are fixed. At the boundary between the cylindrical rod float and the inverted conical weight, make the outer circumference of the fixing surface the same so as not to generate a step.The inside diameter of the through-hole pipe is large enough to allow the fishing line to be inserted but not to pass through the buoy. The A-type through-the-bar float, which is a thread hole (that is, a thread hole), has a function of a bar float that is self-supporting or close to a self-supporting float.

課題を解決するために、[請求項4][請求項5]に係わる本発明は、[0006]あるいは[0008]あるいは[0010]記載の釣り具の構成要素である重りあるいは[0008](イ)記載の釣り具の部品連結具であるので、本発明の主要部である中通し撒き餌カゴではないので、何ら釣り具の所望の正常な一連の動きに影響を及ばさないので上記[0006][0007][0008][0009]と略同一である。
[請求項4]に係わる本発明は、上記[0006]あるいは[0008]あるいは[0010]記載の重りに代えて用いることのできる釣り具の部品サオ重り(イ)である。
(イ)サオ重りとは、中通し撒き餌カゴがAタイプ中通し撒き餌カゴあるいは本体が金属メッシュ構造であるBタイプ中通し撒き餌カゴの場合に用いることのできる、[請求項1](ロ)に記載の重りの様に重錘を衝撃・磨耗に強い材料で包み、重錘を尻部に設けることにより重心が下部に在るようにし、かつ中心軸上に中心孔を貫通させる、該中心孔の下端穴を中心にして該重り下部を椀の形に窪ませ、該椀の形に窪ませた重りの下部面に嵌合するように金属板を固着する、かつ貫通穴である中心孔に弾性材料でできた線材を挿通し、該線材の両端を曲げて上下端に輪を形成する、該上端の輪(糸止め部)と重り頭部の間にスプリングバネを線材が中心軸になるように設け、かつ、該下端の輪には弾性材料でできたサオを挿通して設ける、上端の輪と重り頭部との間に設けたスプリングバネの弾性力により線材の上端の輪が押し上げ(下端の輪を引っ張り上げ)られることにより、線材の下端の輪に挿通されたサオが上方に引っ張られることにより、サオ重り下部面の椀の形の金属板の縁にサオの球状物の背とサオの線材が強く当接されサオは固定される。サオとは、球状物より球状物の接線上に線材が伸びているもので、ゴルフのクラブのウッドに似ている、ゴルフのクラブの形と違うところは、線材はクラブのシャフトの様に直線ではなく線材は球状物(ヘッド)との接点近くで球状物と反対側に凸カ−ブしてまた元の接線上の線材に戻っているところである、線材で球状物と反対側(ゴルフのグリップ側)の先端は小さな輪になっていて糸止め部の役割をする、中心孔に挿通した線材の下端の輪の内径は、サオの球状物よりも十分に小さく、サオの線材の直径(太さ)よりも十分に大きい、サオのセットの仕方は、貫通穴に挿通した線材の下端の輪にサオの先端の小さな輪(糸止め部)から挿入して、該サオの線材のカ−ブしている所の頂点がサオ重りの中心孔に挿通した線材の下端の輪の所に来るように移動することによりサオ重りは組み立てられる、魚がつけ餌をくわえて下に引っ張るとサオの球状物が椀の中に落ち、下端の輪は球状物の直径よりも十分に小さいのでサオは輪から抜け出ることはない。
In order to solve the problem, the present invention according to [Claim 4] and [Claim 5] provides a weight or [0008] (a) which is a component of the fishing tackle according to [0006], [0008] or [0010]. [0006] The above-mentioned [0006] because it is not a through-feed bait basket which is a main part of the present invention because it is a component connecting device of the fishing device described in [1] and does not affect a desired normal sequence of movement of the fishing device. [0007] [0008] This is substantially the same as [0009].
The present invention according to [claim 4] is a fishing tackle component sao weight (a) that can be used in place of the weight described in [0006], [0008], or [0010].
(B) The weight of green can be used when the bait basket is a type A bait basket or a type B bait basket with a metal mesh structure. The center hole is formed by wrapping the weight with a material resistant to impact and abrasion as in the weight described, and providing the weight at the buttocks so that the center of gravity is at the bottom, and penetrating the center hole on the center axis. The lower part of the weight is recessed in the shape of a bowl with the lower end hole as the center, and a metal plate is fixed so as to fit into the lower surface of the weight recessed in the shape of the bowl, and the center hole which is a through-hole is formed. A wire made of an elastic material is inserted, and both ends of the wire are bent to form a loop at the upper and lower ends. A spring is provided between the upper end loop (thread stopper) and the weight head, and the wire becomes the central axis. So as to be provided, and the lower end ring is provided by inserting a sao made of an elastic material, The upper end wheel of the wire is pushed up (pulling up the lower wheel) by the elastic force of the spring spring provided between the end wheel and the weight head. , The back of the spherical body of the Sao and the wire of the Sao are strongly abutted against the edge of the bowl-shaped metal plate on the lower surface of the Sao weight, and the Sao is fixed. Sao is a ball that extends on the tangent to the ball rather than the ball.Similar to the wood of a golf club, the difference from the shape of a golf club is that the wire is straight like a club shaft. Instead, the wire is convexly curved to the opposite side of the ball near the point of contact with the ball (head) and is returning to the wire on the original tangent line. The tip of the grip side) is a small loop that serves as a thread stopper. The inner diameter of the loop at the lower end of the wire inserted through the center hole is sufficiently smaller than the ball of Sao, and the diameter of the wire of Sao ( The thickness of the sao, which is sufficiently larger than (thickness), can be set by inserting the sao tip into the loop at the lower end of the wire (a thread stop) at the lower end of the wire inserted into the through-hole, and then setting the curl of the sao wire. The apex of the place where the wire is The weight of the green fish is assembled by moving it so that it comes in, and when the fish pulls down with the bait, the green ball of the green fish falls into the bowl, and the ring at the lower end is much smaller than the diameter of the spherical material. Sao never escapes from the wheel.

同様に、[請求項5]に係わる本発明は、[0008](イ)記載のサブマリンカゴにおいて、Bタイプ中通し撒き餌カゴと底蓋とを連結する連結具(部品)である釣り具の部品コイル状バネ付蝶番(イ)である。
(イ)コイル状バネ付蝶番とは、蝶番には2枚の平板を連結する軸受け部がある、該軸受け部中央にコイル状バネを設けたものである。蝶番の軸がコイル状バネの中心軸を兼ねるように軸を挿通し、蝶番の2枚の平板を180度広げた状態で、線材でできたコイル状バネの両端の各々別の線材が平板と交差する位置で90度外側に各々別方向に曲げて延長し、各々別の平板に当接して固着したものである(そのときコイル状バネには捩じれの弾性力が生じていないものとする)、蝶番の2枚の平板の片方を回転させるとコイル状バネに捩じれの弾性力が生じて、外力が無くなると元の状態の2枚の平板が広がった状態に戻る、元の状態に戻るという形状記憶の機能を持った蝶番である。
Similarly, the present invention according to [Claim 5] provides a fishing tackle part which is a connecting tool (part) for connecting the type B through-type bait basket and the bottom lid in the submarine basket according to [0008] (A). A hinge with a coiled spring (a).
(A) A hinge with a coiled spring is a hinge in which a coiled spring is provided at the center of the bearing, which has a bearing for connecting two flat plates. Insert the shaft so that the hinge axis also serves as the center axis of the coil spring, and spread the two flat plates of the hinge 180 degrees, and separate wires at both ends of the coil spring made of wire It is bent at 90 degrees outward in the crossing position and extended in different directions, and is fixed by contacting each other with a flat plate (at that time, it is assumed that the coiled spring has no torsional elastic force). When one of the two flat plates of the hinge is rotated, a torsion elastic force is generated in the coiled spring, and when the external force is removed, the two flat plates in the original state return to the expanded state and return to the original state. Hinge with shape memory function.

課題を解決するために、[請求項6]に係わる本発明は、浮力の大きな材料でできた円筒形棒浮きの下部に逆円錐形重りを設けるか円筒形棒浮きの下部に下落防止具を設けるか、どちらか一方を選んで着脱自在に取り替えることができるBタイプ中通し棒浮きである。上記円筒形棒浮きの下部に逆円錐形重りを設けて、Aタイプ中通し棒浮きと同じ形状及び機能を持たせたBタイプ中通し棒浮きに関しては本発明の主要部である中通し撒き餌カゴを代えるのではないので、何ら釣り具の所望の正常な一連の動きに影響を及ばさないので上記[0006][0007]と略同一である。それに対して円筒形棒浮きの下部に下落防止具を設けたBタイプ中通し棒浮きに関しては、まったく別の動きをするように思えるが、釣り具を組み立てるときに、サブマリンカゴ(Bタイプ中通し撒き餌カゴ)の天井部中央の孔にBタイプ中通し棒浮きを下から突っ込んで、天井部中央の孔の周囲が下落防止具に引っ掛かった状態で海中に投入して釣りをするので、上記[0008][0009]との違いはサブマリンカゴが海底へ沈んで行かないというだけで撒き餌が散らばった後は[0008][0009]と略同一である。
[請求項6]に係わる本発明は、[0006]あるいは[0008]記載の釣り具の構成要素である棒浮きに代えて釣り具の部品Bタイプ中通し棒浮き(イ)を用いることを特徴とする釣り具。(イ)Bタイプ中通し棒浮きとは、上記の特徴に加え、構造は、浮力の大きな材料で出来た円筒形棒浮きの中心孔に中通しパイプを貫通して貫設し、該中通しパイプの下部をさらに下方に伸ばして下側中通しパイプと成し、該下側中通しパイプに逆円錐形重りを挿着するか下落防止具を挿着するかどちらか一方を選んで挿着することにより着脱自在に取り替えることができる中通し棒浮きである、下落防止具とは浮力の大きな材料でできた円筒形棒浮きの下面に当接して設けることにより、該円筒形棒浮き下面の当接部より外周外側に突出した形に突設させるもので、下落防止具の中心軸上に設けてある内側筒部の外周に形が崩れないでなおかつ大きく横に突出するように構築した構造物を固着したものである、サブマリンカゴ(Bタイプ中通し撒き餌カゴ)の天井部中央の穴の下面に下落防止具を引っ掛けることにより、釣り具を海中に投入後撒き餌カゴが海底へ沈んで行かないようにする用途に用いる、円筒形棒浮きの下部に逆円錐形重りを挿着したBタイプ中通し棒浮きはAタイプ中通し棒浮きと同じである。
In order to solve the problem, the present invention according to [claim 6] provides an inverted conical weight below a cylindrical rod float made of a material having a large buoyancy or a fall prevention device below the cylindrical rod float. It is a B-type through rod float that can be provided or one of them can be selected and replaced detachably. An inverted conical weight is provided at the lower part of the cylindrical rod float to provide the same shape and function as the A type through rod. Is not replaced, so that it does not affect the desired normal sequence of movement of the fishing tackle, and is substantially the same as [0006] [0007] above. On the other hand, it seems that the type B through hole provided with a fall prevention device below the cylindrical bar float seems to move completely differently. However, when assembling fishing equipment, the submarine basket (B type through hole) A B-type through rod is inserted into the hole at the center of the ceiling of the scattered bait basket from below, and it is thrown into the sea with the periphery of the hole at the center of the ceiling hooked on the fall prevention device, and fishing is performed. [0008] The difference from [0009] is substantially the same as [0008] [0009] after the scattered bait is scattered, except that the submarine basket does not sink to the sea floor.
The present invention according to [claim 6] is characterized in that a fishing rod part B type through rod (a) is used instead of the rod floating as a component of the fishing gear according to [0006] or [0008]. And fishing gear. (B) In addition to the above-mentioned features, the B-type through-hole floating structure has a structure in which a through-hole pipe is passed through a center hole of a cylindrical-shaped floating rod made of a material having large buoyancy to penetrate therethrough. The lower part of the pipe is further extended downward to form a lower through pipe, and either the inverted conical weight is inserted into the lower through pipe or a fall prevention device is inserted into the lower through pipe. It is a through-hole floating that can be detachably replaced by doing, and the fall prevention device is provided in contact with the lower surface of the cylindrical rod floating made of a material with large buoyancy, so that the lower surface of the cylindrical rod floating lower surface A structure that protrudes outward from the outer periphery from the contact part, and is constructed so that the outer periphery of the inner cylindrical part provided on the center axis of the fall prevention tool does not collapse and protrudes largely sideways. Submarine basket (B type) The lower part of the cylindrical rod float used to prevent the sow bait basket from sinking to the sea floor after throwing fishing gear into the sea by hooking the fall prevention device on the lower surface of the hole at the center of the ceiling of the sow bait basket) The type B through hole with an inverted conical weight inserted into the A type is the same as the type A through hole.

上記の課題を解決するために、[請求項7]に係わる本発明は、[請求項1]あるいは[請求項2]記載の釣り具の部品である棒浮きをBタイプ中通し棒浮きに代えた釣り具で魚を釣る方法なので、本発明の主要部である中通し撒き餌カゴを代えるのではないので、何ら釣り具の所望の正常な一連の動きに影響を及ばさないので上記[0006][0007][0008][0009]と略同一である、Bタイプ中通し棒浮きに逆円錐形重りを設けるか下落防止具を設けるかで(イ)(ロ)(ハ)3通りの釣り具になる、順次各々の魚を釣る方法を説明すると。
(イ)浮き止め、下部に逆円錐形重りを設けたBタイプ中通し棒浮き、Aタイプ中通し撒き餌カゴ、重り及び釣り針を止着あるいは十字架サルカンを介してサビキを設けその先に重錘を止着した仕掛け、を用いた釣り具である。組み立て方は、まず、釣り竿の先端から道糸を伸ばし、道糸には重りあるいは重錘が所望の水深で沈降を停止するように浮き止めが固定してある、該道糸をシモリに挿通し、Bタイプ中通し棒浮きの糸孔に挿通する、そしてAタイプ中通し撒き餌カゴの天井部中央の孔及び受け皿中央の孔に挿通し、下端には重りを止着し重りからハリスを伸ばし先端に釣り針を止着するあるいは道糸の下端に十字架サルカンを止着し十字架サルカンにサビキを連結しその先端に重錘を止着する、道糸の下端に止着する重りは[0006](ロ)記載の重り(丸重り)であるが[0011]記載のサオ重りの方が良い、なぜならば、サオ重りのサオが長いのでその長さの距離だけ金属メッシュ構造のAタイプ中通し撒き餌カゴからハリス及び釣り針を遠ざけることができるので、ハリス及び釣り針がAタイプ中通し撒き餌カゴに絡みにくくなる。サオ重りのサオの撓りはサオを替えることにより変えられ、サオ重りを替えることによりスプリングの強さを替えることができ、魚がつけ餌を呑み込むまであるいは針先が魚の口に食い込むまでの力を調節できる、つけ餌を引っ張ったときの反発力を調整出来るので警戒心の強い魚を釣るときに適している、それに対し十字架サルカンにサビキを連結しその先端に重錘を止着する仕掛けは青物魚を釣るときに用いる、該仕掛けは投入時に釣り竿を強く振ることによりサビキ先端の重錘の遠心力のより枝ハリス糸及び釣り針をAタイプ中通し撒き餌カゴから遠ざけることができるので絡みにくくなる、該釣り具を海中に投入する前にすることは、まずAタイプ中通し撒き餌カゴの側面に設けた側蓋のヒンジ部を支点として横方向へ回動させることにより、撒き餌カゴ本体の撒き餌入り口を開放する、そして該入り口から撒き餌カゴ本体内へ適当な量の撒き餌を投入し、側蓋を閉鎖位置へ回動させる、そして側蓋に設けられた止め金具により閉止状態に保持する、そして道糸の下端に止着したサオ重りあるいは十字架サルカンを受け皿下面に設けた重り掛合用堤に掛合して道糸を牽引することにより、Aタイプ中通し撒き餌カゴは道糸にぶら下がった状態になる、このような状態で釣り具を海中へ投入し道糸を水中へ繰り出すことにより、Aタイプ中通し撒き餌カゴ及びサオ重りあるいは十字架サルカンのサビキ仕掛けは沈降する、サオ重りあるいは十字架サルカンのサビキ仕掛けは道糸に固定した浮き止めがシモリを介してBタイプ中通し棒浮きの先端の糸孔に係止されることにより沈降を停止する、Aタイプ中通し撒き餌カゴは筒体が金属メッシュ構造になっているので撒き餌カゴ内の撒き餌を分散し易い、かつAタイプ中通し撒き餌カゴの比重は海水よりも軽くできているので、撒き餌を撒きながら沈降し撒き餌が少なくなると自然と浮上しようとする動きに転じる、ゆえにサオ重りあるいは十字架サルカンの上の任意の位置まで沈降した後浮上する、そしてBタイプ中通し棒浮きの上部の海面まで道糸に沿って円滑に移動及び通過し海面へ姿を表す、Aタイプ中通し撒き餌カゴの天井部の窪みの上面の色が見えることで、ハリス糸が釣り具に絡んだり、釣り針が釣り具に針掛かりをせずに無事に海底に沈み撒き餌がばらけたことを感知することができる、その後Aタイプ中通し撒き餌カゴは波の上下動に合わせて上下運動をするが、もし波高が高いときはシモリ及び浮き止めを通過してしまいBタイプ中通し棒浮きより離れさらに遠ざかって行く、上記一連の動きをするAタイプ中通し撒き餌カゴであるが該撒き餌カゴが投入後上記のどの状態であるに関わらず、魚がつけ餌を引っ張ればその力は撒き餌カゴには何ら力を及ぼさずBタイプ中通し棒浮きに直接力を及ぼす、ゆえに釣り人には魚のアタリがはっきり分かるので、それに合わせて釣り竿を立てれば良い。
(ロ)浮き止め、下部に逆円錐形重りを設けたBタイプ中通し棒浮き、サブマリンカゴ、重り及び釣り針を止着あるいは十字架サルカンを介してサビキを設けその先に重錘を止着した仕掛け、を用いた釣り具である。組み立て方は、釣り竿の先端から道糸を伸ばし、道糸には重りあるいは重錘が所望の水深で沈降を停止するように浮き止めが固定してある、該道糸をシモリに挿通し、Bタイプ中通し棒浮きの糸孔に挿通する、そしてサブマリンカゴの天井部中央の孔に挿通し、下端には重りを止着し重りからハリスを伸ばし先端に釣り針を止着するあるいは道糸の下端に十字架サルカンを止着し十字架サルカンにサビキを連結し先端に重錘を止着する、道糸の下端に止着する重りは[0008](ハ)記載の重りと同じくサブマリンカゴの筒体の構造により2通りある、その中の突き飛ばしオモリにも2種類ある、それに加えてさらにサオ重りを用いる場合があり、合計4種類の重りがある、該釣り具を海中に投入する前に、まずサブマリンカゴを角度略180度回動させて開口部を上向きに保持して、サブマリンカゴの底部に設けた底蓋を上方に回動することにより、サブマリンカゴ本体の開口部を開放する、そして該開口部から撒き餌カゴ本体内へ適当な量の撒き餌を投入し、底蓋を閉鎖位置へ回動させる、そして道糸に止着した重りあるいは十字架サルカンを底蓋下面に設けた重り掛合用堤に掛合して道糸を牽引することにより、重りあるいは十字架サルカンが引っ張られて底蓋を閉止状態に保持する、つまり底蓋の円盤の円周縁とサブマリンカゴ本体の開口部縁とが当接させられ、道糸を強く牽引することにより固定される。道糸の先端に結ぶのが重りの場合は、ハリス先端に止着した釣り針につけ餌を刺して該釣り針とつけ餌を底蓋下面に設けたつけ餌ポケットに収める、底蓋下面につけ餌ポケットを設けないタイプの底蓋を用いる場合は、底蓋を閉めるまえにつけ餌を釣り針のその先がサブマリンカゴの開口部金属縁と底蓋の切欠き部先端の金属板の間に挟まれるように投入した撒き餌の上に置く。次に十字架サルカンの場合は、牽引することにより閉止状態を保持するだけである。そしてサブマリンカゴ内に収納した撒き餌を落とさないように、道糸を牽引しながらサブマリンカゴを角度略180度回動させることにより、道糸の下端に止着した重りあるいは十字架サルカンを底蓋下面に設けた重り掛合用堤に掛合して道糸を牽引することになり、撒き餌を入れたサブマリンカゴが道糸にぶら下がった状態になる。このような状態で釣り具を海中へ投入する。投入後、道糸を水中へ繰り出すことにより、サブマリンカゴ及び重りあるいは十字架サルカンのサビキ仕掛けは海底へと沈降するのであるが、十字架サルカンを用いる場合は上記(イ)記載の十字架サルカンの仕掛けの投入の仕方や釣り方と略同一である、重りを用いる場合でサブマリンカゴの筒体が金属メッシュ構造である場合は、上記(イ)記載のサオ重りを用いた釣り具での投入後の動きや釣り方と略同一である、一方、サブマリンカゴの筒体が合成樹脂の筒体に複数の透孔が形成された構造の場合は、4種類の重りの中で専ら突き飛ばしオモリを用いる、そのときのサブマリンカゴ投入後の動きや釣り方は、釣り具を海中に投入すると突き飛ばしオモリの海底へ沈む速さはサブマリンカゴよりも速いので突き飛ばしオモリはハリス糸を引っ張る、つけ餌ポケットが有る場合は、つけ餌ポケットからつけ餌を引っ張り出す、そのとき、底蓋の中央の穴を挿通していた道糸が底蓋の切欠きに沿って外に出る動作を強制的に行わせる、つけ餌ポケットが無いタイプの場合は、底蓋の切欠きの先端部を重くしているので、つけ餌を引っ張り出すとき底蓋は開いている、そして突き飛ばしオモリはサブマリンカゴからつけ餌を引っ張り出した後沈降する、そして道糸に固定した浮き止めがシモリを介してBタイプ中通し棒浮きの先端の糸孔に係止されることにより沈降を停止する、一方サブマリンカゴは底蓋を90度開いた状態で、カゴ内の撒き餌の比重が重たいので撒き餌とサブマリンカゴ本体との摩擦抵抗により撒き餌に連れられて海底へとゆっくり沈んで行く、そして、合成樹脂の筒体に透孔が開いた構造なので撒き餌が分散して散らばらずにサブマリンカゴが所望の水深まで沈んだところで、釣り竿をシャクルことにより道糸の先端に止着された突き飛ばしオモリが引っ張られてサブマリンカゴ内の撒き餌に強く突き当たり撒き餌を飛ばし散らす、するとサブマリンカゴ内の撒き餌が少なくなるので浮上して、Bタイプ中通し棒浮き上部の海面まで道糸に沿って円滑に移動及び通過し海面へ姿を表す、サブマリンカゴの天井部の窪みの上面の色が見えることで、ハリス糸が釣り具に絡んだり、釣り針が釣り具に針掛かりをせずに無事に海底に沈み撒き餌がばらけたことを感知することができる、その後サブマリンカゴは波の上下動に合わせて上下運動をするが、もし波高が高いときはシモリ及び浮き止めを通過してしまいBタイプ中通し棒浮きより離れさらに遠ざかって行く、上記一連の動きをするサブマリンカゴであるが該サブマリンカゴが上記のどの状態であるかに拘らず、魚がつけ餌を引っ張ればその力はサブマリンカゴには何ら力が及ぼさずBタイプ中通し棒浮きに直接力を及ぼす、ゆえに釣り人には魚のアタリがはっきり分かる。第一のタイプの突き飛ばしオモリを用いる場合は、シャクル回数は1回である、何回もシャクルと針掛かりの可能性が高いので行わない。第二のタイプの突き飛ばしオモリを用いる場合で、第二のタイプの突き飛ばしオモリを海中に係留する場合は、数回シャクルことができる。何故か、それは図22に図示した一連の動きの中で、釣り人がシャクルことにより道糸の先端に結ばれた第二のタイプの突き飛ばしオモリが引っ張られてサブマリンカゴ内の撒き餌に突き刺さり、そして第二のタイプの突き飛ばしオモリが海底へと沈むとき、図22の(え)(お)に図示(図17の左上の縦断面図参照)、第二のタイプの突き飛ばしオモリの下端の輪につながれた長い線材の長さの距離だけサブマリンカゴから離れて海底へと沈んで行くので、ハリス及び釣り針が絡みにくい、この動きは何回シャクル動作をしても同じである。ただし、第二のタイプの突き飛ばしオモリが所望の水深まで沈まないうちに{(う)の状態にならないうちに}シャクルとサブマリンカゴに絡んだり針掛かりしたりが起きる可能性がある。サオ重りは警戒心の強い魚を釣るとき十字架サルカンは青物魚を釣るときに用いるのは上記(イ)記載と略同一である、一方突き飛ばしオモリの場合は、サブマリンカゴが所望の水深まで沈んだところで撒き餌を突き飛ばし散らすことかできるので、海底の周辺に撒き餌をする必要のある魚種を釣るときに用いる。また、第二のタイプの突き飛ばしオモリには上記以外のもうひとつの釣り方がある、それは海底にへばりついた魚を釣る釣り方である、道糸に固定した浮き止めの位置を調節することにより第二のタイプの突き飛ばしオモリが丁度海底に達するようにする、そして、サブマリンカゴが海底まで沈んで行くように撒き餌(アミ+集魚剤)を調節する、そして、遠くへ釣り仕掛けを投げたらシャクらずに第二のタイプの突き飛ばしオモリとサブマリンカゴが海底に着くのを待って海底に着いたらゆっくり引いて魚のアタリを探る、アタリが鈍いときは小さくシャクル、そして、魚が掛かかるまでジッと待つ、つまり、海底すれすれに撒き餌を散らして濁った海底の中に第二のタイプの突き飛ばしオモリを置くことにより、魚の目を晦ませることで海底にへばりついた魚を釣る方法。
(ハ)浮き止め、下部に下落防止具を設けたBタイプ中通し棒浮き、サブマリンカゴ、重り及び釣り針を止着あるいは十字架サルカンを介してサビキを設けその先に重錘を止着した仕掛け、を用いた釣り具である。組み立て方は、釣り竿の先端から道糸を伸ばし、道糸には重りあるいは重錘が所望の水深で沈降を停止するように浮き止めが固定してある、該道糸をシモリに挿通し、サブマリンカゴの天井部中央の孔にBタイプ中通し棒浮きの頭部を該孔下から突っ込んでサブマリンカゴの天井部中央の孔からBタイプ中通し棒浮きの頭部を突き出した状態でBタイプ中通し棒浮きの糸孔に挿通する、そして、下端には重りを止着し重りからハリスを伸ばし先端に釣り針を止着するあるいは道糸の下端に十字架サルカンを止着し十字架サルカンにサビキを連結し先端に重錘を止着する、該釣り具を海中に投入する前にサブマリンカゴ内に撒き餌を収納するが、その方法はBタイプ中通し棒浮きをサブマリンカゴの天井部中央の孔に下から突っ込んでサブマリンカゴの天井部中央の孔の周囲に下落防止具が引っ掛かった状態でする、そのこと以外は上記(ロ)記載と略同一である、釣り具を海中に投入するとサブマリンカゴは下落防止具にぶら下がったままで、重りあるいは十字架サルカンのサビキ仕掛けは海底へと沈降するのであるが、十字架サルカンを用いるのは青物魚を釣るときで上記(イ)記載の十字架サルカンの仕掛けの投入の仕方や釣り方と略同一である、重りは[0008](ハ)記載のオモリであるが、突き飛ばす必要がないので、[0006](ロ)記載の重り(丸重り)あるいはサオ重りである、サオ重りの場合は上記(イ)記載のサオ重りを用いた釣り具投入後の動きや釣り方と略同一である、[0006](ロ)記載の重り(丸重り)を道糸の下端に用いた釣り方は、小魚が多いときで、釣り具を海中に投入すると着水時の衝撃で小魚はビックリして逃げる、その間に重りはハリス糸を引っ張り、つけ餌ポケットが有る場合は、つけ餌ポケットからつけ餌を引っ張り出す、そのとき、底蓋の中央の穴を挿通していた道糸が底蓋の切欠きに沿って外に出る動作を強制的に行わせる、つけ餌ポケットが無いタイプの場合はつけ餌を引っ張り出すそのときは底蓋は開いている、重りは道糸に固定した浮き止めがシモリを介してBタイプ中通し棒浮きの糸孔に係止されることにより沈降を停止する、サブマリンカゴの筒体が金属メッシュ構造であろうが合成樹脂製の筒体に複数の透孔が形成された構造であろうがサブマリンカゴは下落防止具にぶら下がっている状態なので撒き餌は常に海面近くに散らばって小魚を海面近くに留まらせる、サブマリンカゴは撒き餌が少なくなると浮上してBタイプ中通し棒浮き上の海面に姿を表す、サブマリンカゴの天井部の窪みの上面の色が見えることで、ハリス糸が釣り具に絡んだり、釣り針が釣り具に針掛かりをせずに無事に海底に沈み撒き餌がばらけたことを感知することができる、その後サブマリンカゴは波の上下動に合わせて上下運動をするが、もし波高が高いときはシモリ及び浮き止めを通過してしまいBタイプ中通し棒浮きより離れさらに遠ざかって行く、魚がつけ餌を引っ張ればその力はサブマリンカゴには何ら力が及ぼさずBタイプ中通し棒浮きに直接力を及ぼす、ゆえに釣り人には魚のアタリがはっきり分かる。
In order to solve the above problem, the present invention according to [claim 7] replaces a rod float, which is a component of the fishing tackle according to [claim 1] or [claim 2], with a B-type through-hole float. [0006] Since the method of catching fish with a fishing tackle does not affect the desired normal sequence of movement of the fishing tackle, it does not affect the desired normal sequence of movement of the fishing tackle because it does not replace the through bait basket which is the main part of the present invention. [0007] [0008] [0008] Three types of fishing gears, which are substantially the same as those of [0009], depending on whether an inverted conical weight is provided on the type B floating rod or a fall prevention device is provided. How to catch each fish in sequence.
(A) Retainer, floating type B through which an inverted conical weight is provided at the bottom, type A type through which the bait basket, weight and fishing hook are fixed, or a sabiki is provided via a cross sulkan and a weight is attached to the tip. A fishing tackle using a fixed device. To assemble, first stretch the fishing line from the end of the fishing rod, and the floating line is fixed to the floating line so that the weight or weight stops sinking at the desired water depth. , Insert through the thread hole of the type B through the rod, and insert through the hole in the center of the ceiling and the center of the tray of the type A through the bait basket, secure the weight at the lower end, extend the harris from the weight, and extend the tip. A hook is attached to the lower end of the line, a cruciform sarkan is fixed to the lower end of the line, a sabiki is connected to the cross sarkan, and a weight is fixed to the end thereof. ) The weight (round weight) described, but the sao weight according to [0011] is better, because the sao of the sao weight is long, so that the weight of the sao weight is longer than that of the through-type bait basket in the A type of the metal mesh structure. Keep Harris and hooks away Since bets can be, Harris and hook is less likely to tangle the ground bait basket through in A type. The sao bending of the sao weight can be changed by changing the sao, and the spring strength can be changed by changing the sao weight, and the force until the fish swallows the bait or the needle point bites into the mouth of the fish. It is suitable for catching fish with high caution because it can adjust the repulsive force when pulling the bait, but on the other hand, the mechanism that connects the sabiki to the cross sarkan and fastens the weight at its tip Used when catching green fish, the device can be made to be less entangled by strongly shaking the fishing rod at the time of throwing, so that the centrifugal force of the weight at the tip of the sabiki can be kept away from the bait basket through the A type. Before throwing the fishing gear into the sea, first, it is necessary to turn the fishing gear laterally around the hinge of the side cover provided on the side of the through-type bait basket. By opening the scattered bait entrance of the scattered bait basket main body, an appropriate amount of scattered bait is thrown into the scattered bait basket main body from the entrance, the side cover is turned to the closed position, and the stopper provided on the side cover is used. The A-type through bait basket is held in the closed state, and the A-type weight through-type bait basket is pulled by hanging the sao weight or the cross sarkan fixed to the lower end of the road thread on the weight hanging dike provided on the lower surface of the tray and pulling the road thread. In such a state, the fishing tackle is put into the sea and the road yarn is fed out into the water. In this state, the bait basket and the sao weight of the type A through which the fish are thrown, or the sabiki hook of the cross sarkan sinks, the sao weight. Alternatively, the sabiiki device of the cross sarkan is achieved by locking the float stop fixed to the thread into the thread hole at the tip of the type-B floating thread through the shimori. Stopping descending, the type A through-type bait basket has a metal mesh structure so that it is easy to disperse the bait inside the type A bait basket, and the specific gravity of the type A through-type bait basket is lighter than seawater So, when the sediment settles down while sowing the bait, and when the bait becomes low, it turns into a movement to naturally rise, so it descends after sinking to an arbitrary position on the sao weight or cross sarkan, and the upper part of the type B floating rod The harris thread can be entangled with fishing gear or fish hooks by seeing the color of the upper surface of the depression in the ceiling of the type A through-type bait basket that smoothly moves and passes along the road line to the sea surface to show the appearance to the sea surface. Can sense that the bait has settled safely on the sea floor without hooking the fishing tackle, and then the A-type through bait basket moves up and down in accordance with the vertical movement of the waves However, if the wave height is high, it passes through the shimori and the buoy, and moves further away from the floating rod in the B type. Regardless of any of the above conditions after the basket is thrown, if the fish pulls the bait, the force does not exert any force on the scattered bait basket and directly exerts a force on the floating type B through the type B, and therefore the angler You can clearly see the attack of the fish, so you can stand the fishing rod accordingly.
(B) Floating stoppers, B type through rods with inverted conical weights at the bottom, floating submarine baskets, weights and fishing hooks fixed, or hooks attached with sabikis via cross sulkans and fixed weights ahead of them , Fishing tackle using. The way of assembling is to stretch the fishing line from the tip of the fishing rod, and to fix the floating line so that the weight or weight stops sinking at the desired water depth. Insert through the hole in the float of the through rod, and through the hole in the center of the ceiling of the submarine cage, fasten the weight at the lower end, extend the harris from the weight and fasten the fishing hook at the tip or the lower end of the line The cruciform sarkans are fastened to the cruciform sarkans and the sabikis are connected to the cruciform sarkans to fasten the weights at the ends. There are two types depending on the structure. There are also two types of weights in it. In addition, there are some cases where a sao weight is used. There are a total of four types of weights. The basket is about 1 angle The opening of the submarine basket main body is opened by rotating the bottom cover provided at the bottom of the submarine basket upward by rotating the opening upward by 0 °, and opening the bait basket from the opening. An appropriate amount of bait is thrown into the body, the bottom lid is turned to the closed position, and a weight fixed to the doji or a cross sarkan is hooked on the weight embankment provided on the bottom face of the bottom lid and the doji By pulling, the weight or cruciform sarkan is pulled to hold the bottom lid in a closed state, that is, the circumference of the disk of the bottom lid and the opening edge of the submarine basket main body are abutted, strengthening the yarn Fixed by towing. When the weight is tied to the tip of the yarn, the bait is pierced with the hook hooked to the end of Harris and the hook and bait are stored in the bait pocket provided on the bottom of the bottom lid. When using a bottom lid that is not provided, the bait is thrown before the bottom lid is closed, so that the tip of the hook is inserted between the metal edge of the opening of the submarine basket and the metal plate at the end of the notch on the bottom lid. Put on. Next, in the case of a cross sarkan, it is only held closed by towing. Then, by rotating the submarine basket at an angle of about 180 degrees while pulling the thread, so that the bait stored in the submarine basket does not drop, the weight fixed at the lower end of the thread or cross sarkan on the bottom lid bottom surface The submarine basket containing the scattered bait is hung on the road thread by hanging on the weight embankment. In this state, the fishing gear is thrown into the sea. After throwing in, the submarine basket and the weight or crucifixion of the cross sarkans settle to the sea floor by unwinding the yarn into the water. When using a cross sarkan, the cross sarkan device described in (a) above is inserted. In the case of using a weight, which is substantially the same as the method and method of fishing, when the cylinder of the submarine basket has a metal mesh structure, the movement after throwing in the fishing gear using the sao weight described in (a) above It is almost the same as the fishing method.On the other hand, when the submarine basket has a structure in which a plurality of through-holes are formed in the synthetic resin cylinder, the weight is used exclusively for the four types of weights. The movement and fishing method after the submarine basket is thrown in when the fishing gear is thrown into the sea, the speed of sinking to the sea floor of the weight is faster than the submarine basket, so the weight is a harris thread If there is a bait pocket, pull the bait from the bait pocket.At this time, the thread passing through the center hole of the bottom lid goes out along the notch in the bottom lid. In the case of the type that does not have a bait pocket, the bottom lid is open when pulling bait out, and the weight is pushed out by a submarine basket. The sediment is settled after the bait is pulled out, and sedimentation is stopped by the anchor of the line fixed to the thread hole at the tip of the floating type B through the shimori. With the bottom lid opened 90 degrees, the specific gravity of the bait in the basket is heavy, so the bait is slowly brought down to the seabed by the bait due to the frictional resistance between the bait and the submarine cage body, and the synthetic tree As the submarine basket sinks to the desired water depth without dispersing the bait because it has a through-hole structure in the cylindrical body of the body, the fishing rod fixed to the tip of the line by pulling the fishing rod is pulled, and the flying weight is pulled. Strongly hits the bait in the submarine basket and scatters the bait, and then the bait in the submarine basket decreases, so it floats up and smoothly moves and passes along the road thread to the sea surface above the floating type B through-type rod. By seeing the color of the upper surface of the recess on the ceiling of the submarine basket, which shows the appearance, the harris thread was entangled with the fishing gear, and the bait was safely settled on the seabed without the hook hooked on the fishing gear. After that, the submarine basket moves up and down in accordance with the up and down movement of the wave, but if the wave height is high, it will pass through It is a submarine basket that performs the above series of movements, moving further away from the floating rod through the type B through the middle B type, but regardless of which state the submarine cage is in, the power of the fish when it pulls the bait is It exerts no direct force on the submarine basket and exerts a direct force on the floating of the type B through-hole, so that anglers can clearly see the attack of the fish. In the case of using the first type of pushing weight, the number of shackles is one, and the number of shackles is one. In the case where the second type of bat is used and the second type of bat is moored underwater, it can be shackled several times. For some reason, in the series of movements illustrated in FIG. 22, the second type of piercing weight, which was tied to the end of the thread by a fisherman by a shackle, was pulled and pierced into the bait in the submarine basket. When the second type of flying weight sinks to the bottom of the sea, it is connected to the lower end of the second type of flying weight as shown in FIG. Harris and the fishhook are unlikely to become entangled because they sink away from the submarine cage by the length of the long wire rod, and this movement is the same regardless of the number of shackle operations. However, there is a possibility that the shackle and the submarine basket may be entangled or caught by the needle before the second type of flying weight has not settled to the desired water depth and has not reached the state of (U). Sao weight is the same as that described in (a) above when using a crossed sarkan when catching a cautious fish while catching a blue fish, while a submarine basket sinks to a desired depth in the case of a skipped weight. By the way, it can be used to catch fish species that need to be scattered around the seabed, because they can scatter the scattered bait. There is another fishing method other than the above for the second type of piercing weight, which is a method of catching fish sticking to the seabed, by adjusting the position of the float stop fixed to the line. Make sure that the two types of flying weights just reach the bottom of the sea, and adjust the sowing bait (Ami + fish collecting agent) so that the submarine basket sinks to the bottom of the sea, and do not shake if you throw the fishing tackle far away Wait for the second type of piercing weight and submarine basket to reach the bottom of the sea and slowly pull it down to find the fish Atari, when the Atari is dull, a small shackle, and wait till the fish catches, In other words, by scattering the bait on the sea floor and placing the second type of flying weight on the muddy seabed, it makes the eyes of the fish eve How to catch a fish that was tied to my bottom.
(C) Floating stop, a B type through rod with a fall prevention device provided at the lower part, a submarine basket, weight and fishing hook fixed, or a sabiki via a cross sarkan and a weight attached to the tip, It is a fishing tackle using. The way of assembling is to extend the fishing line from the tip of the fishing rod, and to fix the floating line so that the weight or the weight stops sedimentation at the desired water depth. The head of the B-type through rod is inserted into the hole at the center of the ceiling of the car from below the hole, and the head of the B-type through rod is protruded from the hole at the center of the ceiling of the submarine cage. Insert the thread hole of the through rod, and fix the weight at the lower end, extend the harris from the weight and fasten the fishing hook at the tip, or fasten the cross sarkan at the lower end of the line and connect the sabiki to the cross sarkan Before putting the fishing gear into the sea, the bait is stored in the submarine basket. The method is to lower the floating rod through the B type through the hole in the center of the ceiling of the submarine basket. Submarine The fall prevention device is caught around the hole in the center of the ceiling of the basket. The rest is almost the same as described in (b) above. When the fishing gear is put into the sea, the submarine basket hangs on the fall prevention device. The weight or the cross sarkan's sabiki device sinks to the seabed while it is standing, but the cross sarkan is used when catching a blue fish, and the method and method of putting the cross sarkan device described in (a) above and Although the weight is substantially the same as the weight described in [0008] (c), it is not necessary to push it out. Therefore, in the case of the weight (round weight) or weight as described in [0006] (b), The method of fishing using the weight (round weight) described in [0006] (b) at the lower end of the road thread, which is substantially the same as the movement and fishing method after throwing the fishing tackle using the sao weight described in (a) above, ,small fish When there is a lot, throwing fishing gear into the sea will cause the small fish to be surprised and escape by the impact at the time of landing, while the weight pulls the harris thread, and if there is a bait pocket, pull the bait from the bait pocket At the time, at the time, forcibly perform the action that the thread passing through the hole in the center of the bottom lid goes out along the notch in the bottom lid. At the time of pulling out, the bottom lid is open, and the weight of the submarine basket is stopped by the float stopper fixed to the road thread being stopped by the thread hole of the B type through rod through the shimori. Regardless of whether the cylinder has a metal mesh structure or a structure in which multiple through-holes are formed in a synthetic resin cylinder, the submarine basket is hung on the fall prevention device, so the bait is always scattered near the sea surface Small fish near the sea surface The submarine basket floats when the bait becomes scarce and appears on the surface of the sea above the floating type B through the stick, and the color of the upper surface of the recess in the ceiling of the submarine basket can be seen, making the harris thread a fishing gear It is possible to sense that the bait has settled on the seabed safely without the entanglement or hooking of the fishing tackle, and the bait has been scattered.After that, the submarine basket moves up and down in accordance with the up and down movement of the wave, but if the wave height When the height is high, it passes through the shimori and the buoy and stops further away from the B-type through-bar. If the fish pulls the bait, the power does not exert any power on the submarine basket and the B-type through-bar. It exerts a direct force on the float, so the angler can clearly see the fish's attack.

このように本発明の釣り具は以下に記載される効果を奏する。請求項1〜請求項7の全体に言えることは課題を解決することによる効果である、つまり、従来の撒き餌カゴ釣りではできなかった、魚の小さなアタリを浮きで感知することができるようになった、なおかつハリス糸が釣り具に絡んだり釣り針が釣り具に針掛かりしたりせずに無事に撒き餌が散らばって所望の正常な一連の動きをしたことを中通し撒き餌カゴの天井面が海面上に姿を表すことにより感知できるようになった。このことによりつけ餌が撒き餌カゴから離れて海中を浮遊して、魚が掛かるのを待っている状態になってるかどうか感知することができるようになり、無駄に魚が掛かるのを待つ時間を短くすることができるようになった。上記の課題を解決することによる効果の他に、請求項2によると、底蓋の下面につけ餌ポケットを設けるタイプでは、つけ餌をつけ餌ポケットに収容することにより遠投時のハリス糸の絡みや釣り針の針掛かりの発生を防止することができる、サブマリンカゴの筒体が合成樹脂製の筒体に複数の透孔が形成された構造の場合は、突き飛ばしオモリを用いることにより海底の周辺に撒き餌をすることができので、海底に居る魚種を釣ることができるだけでなく、海底にへばりついて居る魚を警戒心が無くなることにより釣ることができるようになった。請求項3によると、従来の棒浮きに用いるシモリペットは横に大きく突出しているため中通し撒き餌カゴの天井部中央の孔に引っ掛かりやすい、Aタイプ中通し棒浮きを用いることによりスム−ズに何ら引っ掛かるものがなく通過しやすい、ゆえに、中通し撒き餌カゴ内の撒き餌が無くなると棒浮きを通過して海面上に姿を表し易くなった。請求項4によると、サオ重りを用いた釣り具により、サオ重りのサオの撓りが釣りの対象としている魚に合致するようにすると、一般に初心者には釣ることが難しいとされている警戒心の強い魚といえども簡単に釣ることができるようになった。請求項5によると、コイル状バネ付蝶番をBタイプ中通し撒き餌カゴと底蓋との連結に用いてサブマリンカゴを構成することにより、サブマリンカゴが海中に投入されるとコイル状バネ付蝶番のコイル状バネが元の状態に戻ろうとして、捩じれの弾性力により強制的に底蓋とBタイプ中通し撒き餌カゴの開口部の角度が90度になる、つまりつけ餌ポケットの開口部を強制的に真下を向かせる、このことにより重りがハリス糸を引っ張ったときつけ餌ポケットからつけ餌をスム−ズに引っ張り出すことができ、かつ、突き飛ばしオモリを用いて強制的に撒き餌をするとき(つまりシャクルとき)底蓋を打つトラブルを防止できるようになった。請求項6によると、Bタイプ中通し棒浮きを用いることにより釣り場の状況、海の状況に対応できるばかりでなく、海の中にどういう魚が居るか判断して、そこに居る魚に合わせ臨機応変にしかも短時間に釣り具を変えることができるようになった。具体的には、[0014](請求項7)記載はBタイプ中通し棒浮きを用いた釣り具で魚を釣る方法なので[0014]と略同一。   Thus, the fishing gear of the present invention has the following effects. What can be said in claims 1 to 7 as a whole is an effect by solving the problem, that is, it is now possible to sense a small fish attack by floating, which was not possible with conventional sow basket fishing. In addition, the ceiling surface of the sowing bait basket is on the sea surface through the fact that the bait was scattered safely and the desired normal series of movements were made without the harness line getting entangled with the fishing tackle or the fishing hook hooking on the fishing tackle. You can now perceive by showing your appearance. This makes it possible to sense if the bait is floating away from the bait basket and is waiting for fish to catch, and the time to wait for the fish to be wasted will be lost. You can now shorten it. In addition to the effects obtained by solving the above problems, according to the second aspect, in the type in which the bait bait pocket is provided on the lower surface of the bottom lid, the bait bait is stored in the bait bait pocket, so that the harris thread is entangled during long throw. When the submarine basket is made of a synthetic resin cylinder with multiple through-holes, it is possible to prevent the occurrence of hooking of fishing hooks and fishing hooks. Being able to sow bait not only allowed them to catch fish species on the seabed, but also fished fish that stuck to the seabed by being alerted. According to the third aspect of the present invention, the conventional type of rod for floating a stick is easily protruded laterally, so that it is easy to be caught in the hole at the center of the ceiling of the bait basket. When there was no more bait in the basket, it was easier to pass through the rod float and appear on the sea surface. According to the fourth aspect, if the sao weight of the sao weight is made to match the fish to be fished by the fishing gear using the sao weight, it is generally said that it is difficult for a beginner to catch the fish. Even strong fish can now be easily caught. According to the fifth aspect, the submarine basket is configured by using the coiled spring-equipped hinge for connection between the bait basket and the bottom lid through the B-type, so that when the submarine car is thrown into the sea, the coiled spring-equipped hinge is used. When the coil spring attempts to return to the original state, the angle of the opening of the bottom lid and the B-type through-feed bait basket becomes 90 degrees by the torsion elastic force, that is, the opening of the bait pocket is forced. This allows the bait to be smoothly pulled out of the bait pocket when the weight pulls the harris thread, and to force the bait by using a push-out weight (ie, (When a shackle) The trouble of hitting the bottom lid can be prevented. According to the sixth aspect, the use of the type B floating fishing rod not only makes it possible to respond to the situation of the fishing place and the sea, but also judges what kind of fish is in the sea and adjusts to the fish there. It has become possible to change fishing gear quickly and flexibly. Specifically, [0014] (Claim 7) is substantially the same as [0014] because it is a method of catching fish with a fishing gear using a type B floating through-hole.

常識的に釣るのが難しいとされている、警戒心の強い魚を釣るための釣り具が最良の実施の形態だと思われるが、そうだとすると、敏感な浮きと魚に対して柔軟に対応できる釣り具が良い、その釣り具は、図1の如く、Aタイプ中通し棒浮きとサブマリンカゴとサオ重りとを組合わせた釣り具である。[0010](請求項3)記載の釣り具の一例である。つまり、請求項3記載の釣り具の実施の形態である。この場合のAタイプ中通し棒浮きとは、円筒形棒浮きの上部が上に向かって先細に成っている、この場合のサブマリンカゴとは、Bタイプ中通し撒き餌カゴ・バランシング重り・連結具・底蓋・重り掛合用堤を組み合わせたもので、[0008](イ)(ロ)に記載の一例で、まず、筒体が金属メッシュ構造に作られ、なおかつ天井部の縁が上方に伸びて、該上方に伸びた縁にド−ナツ状の浮力の大きな材料で作られた輪形浮きを螺着して固定したBタイプ中通し撒き餌カゴ。次に嵌着タイプのバランシング重り。次にコイル状バネ付蝶番の連結具。次に該連結具により連結されたつけ餌ポケット挿着タイプの底蓋とで組合わされたサブマリンカゴである。該底蓋とは、下面に重り掛合用堤を固着して、さらに嵌挿タイプのつけ餌ポケットを挿着した底蓋である。この場合のサオ重りとは、[0011](請求項4)記載の釣り具の部品である。上記を順次説明すると、まず、先細形のAタイプ中通し棒浮きとは、[0010](イ)記載の釣り具の部品の一形態で、図2の如く、上部の円筒形棒浮きが上に向かって先細になっているAタイプ中通し棒浮きである、材料は硬質発砲スチロ−ル・発砲ウレタン・ウレタン樹脂・バルサ材・カ−ボン・エバ等である。中通しパイプの材料はグラスファイバ−・カ−ボン・プラスチック・パ−ルトップ等である。逆円錐形重りの材料は鉛・鉛合金等である。円筒形棒浮きの太い部分の長さ(量)を製造時に調節することにより、逆円錐形重りとサオ重りの合計の重さより円筒形棒浮きの浮力の方を大きくして、円筒形棒浮きの先細の部分だけが水面上に頭を出すようにする。そうすることにより、魚の小さなアタリを敏感に感知することが出来るという効果がある。次にサブマリンカゴの構成要素であるBタイプ中通し撒き餌カゴとは、筒体が金属メッシュ構造に作られた[0008]に記載の「あるいはカゴ本体上部の外周に浮力材を設けた」の中の一例である。図3の如く、Bタイプ中通し撒き餌カゴの胴部が網の目状になっていて、材料はステンレス・黄銅・プラスチック等が考えられる。なおかつ天井面の縁が上方に突出し、その天井面より上方に伸びた縁は合成樹脂やプラスチック等でできていて、厚さが厚くなっている、胴部が線材を網の目状に編んで出来上がってる場合は、その厚くなっている縁に胴部を形成している線材(ステンレス・黄銅等)を食い込ませることにより固着する。該上方に伸びた縁の外面に螺子を形成しておねじと成し、該おねじと合致するように、輪形浮きの基礎材の内面に螺子を形成してめねじを形成して(該基礎材めねじの谷の径は上方に伸びた縁のおねじの外径と同じ)螺着できるようにする。なお、基礎材の外面には浮力の大きな材料を強く固着する。一般に浮力の大きな材料と言えば柔らかい材料が多いが、石にぶつかっても割れたり簡単に傷ついたりしない材料でなおかつ輪形浮きの基礎材(合成樹脂やプラスチック等)に強く固着しなければならないので硬質発砲スチロ−ル・発砲ウレタン・ウレタン樹脂・バルサ材・カ−ボン・エバ等が考えられる。輪型浮き(輪形浮きの基礎材に浮力の大きな材料を固着したもの)を交換することによりサブマリンカゴが海水よりも軽くしたり重くしたり自由に浮力の調節ができるようになるという効果がある。次にサブマリンカゴの構成要素であるバランシング重りは、[0008](イ)に記載の「底蓋の重さとバランスをとるために底部の開口部縁で連結具と180度反対側の位置にバランシング重りを設け」の中の一例で、嵌着タイプのバランシング重りとは、図4(b)の如く、Bタイプ中通し撒き餌カゴの下方開口部の縁は合成樹脂やプラスチック等でできていて、厚さが厚くなっている、胴部が線材を網の目状に編んで出来上がってる場合は、縁を厚くして枠と成し、その厚くなっている枠に胴部を形成している線材の先端を埋めることにより固着する。あるいは、厚くした枠に胴部を形成している線材を巻き付ける。該厚くした枠に穴を開け、該穴に嵌合する弾性体(ビニ−ル・合成ゴム等)でできたキャップ(穴の中に埋まらないように頭部の円周の縁が横に突出したまんじゅう形)と該キャップの孔に嵌合する金属類(鉛・鉛合金等)でできたリベット形重り(穴の中に埋まらないように頭部の円周の縁が横に突出したまんじゅう形)とを上記厚くした枠に開けた穴の中でリベット形重りとキャップが嵌合することにより固定するもの。厚くした枠に開けた穴に弾性体でできたキャップを嵌合して、該キャップの孔にリベット形重りを挿入することによりキャップの孔が押し広げられることにより、キャップが枠に開けた穴に強く押しつけられて当接することにより枠に固定される。次にサブマリンカゴの構成要素である連結具で、[0008](イ)に記載の「Bタイプ中通し撒き餌カゴの底部の開口部縁の外周一側に、連結具により連結され」の中の一例である、コイル状バネ付蝶番の連結具とは、[0012](請求項5)記載の釣り具の部品である、つまり、請求項5記載の釣り具の実施の形態である。下記[0017]で具体的に記載しているので下記を参照してください。図1ではBタイプ中通し撒き餌カゴの枠と底蓋の端部とを同じ合成樹脂・プラスチック・エラストマ−ゴム等で作り蝶番の2枚の平板をそれぞれ一方をBタイプ中通し撒き餌カゴに他方を底蓋にリベット打ち込みにより固着しているが、ボルトナット締め(この場合ボルトとナットを合成樹脂・プラスチック等で作ったほうがよい)や接着剤により固着する方法でも良い。図1の連結部の詳細図は図5の下半分の使用状態図と同じなのでそれを参照してください。次にサブマリンカゴの構成要素である底蓋で、[0008](ロ)に記載の「底蓋には、底蓋の下面につけ餌ポケットを設けたものと」の中の一例である、嵌挿タイプのつけ餌ポケットを挿着した底蓋とは、図6の如く、鉤状のレ−ルを切り開き部の横の底蓋下面に切り開き部と平行に固着させるあるいは一体成形する。そのレ−ルに挿入して嵌合できるような弾性性能のある台座が付いたつけ餌ポケットを挿着することである。底蓋の材料は合成樹脂・プラスチック等でできていて、台座が付いたつけ餌ポケットは、つけ餌ポケットと台座とを同じ材料で一体成形するので、弾性性能のあるエラストマ−ゴム・ビニ−ル・合成ゴム・合成樹脂等でできている。レ−ルの材料は固着させる場合はセラミック・アルミニウム・黄銅・真鍮等が考えられ、固着する方法は接着剤である。一体成形する場合は底蓋と同じ材料である。ここで注意しなければならないことはつけ餌ポケットを固定するタイプもつけ餌ポケットを固着するタイプも共通して言えることだが、つけ餌ポケット内の最奥部に空気を抜くための穴を設けなければならない。何故ならばつけ餌ポケット内に空気が滞留していると空気の浮力により、着水後Bタイプ中通し撒き餌カゴが海底に沈むとき底蓋が閉まるトラブルを起こすからである。また、図6の左上の挿着説明図のように、底蓋が開いた時につけ餌ポケットの開口部が下を向くように、鉤状レ−ルにつけ餌ポケットを挿着する。台座の厚さeはレ−ルの内側の丈fと同じで、台座の幅のサイズgはレ−ルとレ−ルの内側の幅のサイズhと同じ大きさにする、そうすることでレ−ルの内側にピッタリと合致して簡単には外れないようになる。つけ餌ポケットの最奥部の台座端にはつけ餌ポケットが通り過ぎないように爪を突設する。次にサブマリンカゴの構成要素である重り掛合用堤で、[0008](ロ)に記載の「底蓋の下面で中央の穴の周囲には重り掛合用堤を設けている、該重り掛合用堤とは釣り糸を上方に牽引することにより釣り糸に結合された重りを重り掛合用堤の凹部に掛合、」の中の一例である、下面に重り掛合用堤を固着した底蓋とは、図6の如く、サオ重りを掛合したときサオ重りが揺動しないように中央部が窪んでいる衝撃・磨耗に強い材料(ゴム弾性性能があればさらに良い)、つまり天然ゴム・合成ゴム・エラストマ−ゴム・プラスチック・合成樹脂・ナイロン・ビニ−ル等でできている堤である。固着する方法は接着剤である。次にサオ重りとは、上記[0011](請求項4)記載の釣り具の部品で下記[0019]で具体的に記載しているので下記を参照してください。次に、上記最良の実施形態の釣り具の使用方法及び機能について説明するのだが、使用方法は[0014](ロ)記載の魚を釣る方法と同じで、(ロ)記載の「重りを用いる場合でサブマリンカゴの筒体が金属メッシュ構造である場合は、上記(イ)記載のサオ重りを用いた釣り具での、投入後の動きや釣り方と略同一である、」と書かれているように上記[0014](イ)の中のサオ重りを用いた場合と同じなので省略する。この実施の形態はサブマリンカゴの浮力の調節が簡単、つけ餌ポケットの大きさを変えるのが簡単、そのつけ餌ポケットとバランスをとるのがバランシング重りにより簡単であるという効果がある。   Fishing gear for catching high alert fish, which is considered difficult to catch with common sense, seems to be the best embodiment, but if so, it can respond flexibly to sensitive floating and fish As shown in FIG. 1, the fishing tackle is a fishing tackle in which an A type through rod float, a submarine basket, and a sao weight are combined. [0010] This is an example of the fishing tackle according to (claim 3). That is, this is an embodiment of the fishing tackle according to the third aspect. In this case, the type A floating through-hole means that the upper part of the cylindrical rod floating is tapered upward. In this case, the submarine basket is a type B through-through bait basket, a balancing weight, a connecting tool, This is a combination of a bottom cover and a weight embankment. [0008] (A) (B) In an example described in (B), first, the cylindrical body is made of a metal mesh structure, and the edge of the ceiling portion extends upward. A type B through basket in which a ring-shaped float made of a donut-shaped material having a large buoyancy is screwed and fixed to the edge extending upward. Next is a fitting type balancing weight. Next is a hinged coupling with a coiled spring. Next, a submarine basket combined with a bait pocket insertion type bottom lid connected by the connecting tool. The bottom cover is a bottom cover in which a weight hanging embankment is fixed to the lower surface, and a fitting-type bait pocket is further inserted. The sao weight in this case is a part of the fishing tackle described in [0011] (Claim 4). To explain the above in order, first, a tapered A-type through-hole float is one form of the fishing tackle component described in [0010] (a), and as shown in FIG. The material is an A-type through-hole floating tapering toward, and is made of hard foamed styrol, foamed urethane, urethane resin, balsa wood, carbon, eva, or the like. The material of the through pipe is glass fiber, carbon, plastic, par top, or the like. The material of the inverted conical weight is lead or a lead alloy. By adjusting the length (amount) of the thick part of the cylindrical rod float at the time of manufacturing, the buoyancy of the cylindrical rod float is made larger than the total weight of the inverted cone weight and the sao weight, and the cylindrical rod float is increased. Keep only the tapered part of the head out above the water. By doing so, there is an effect that it is possible to sensitively detect a small fish attack. Next, the B type through-feed bait basket, which is a component of the submarine basket, is described in [0008] in which the cylindrical body is made of a metal mesh structure. This is an example. As shown in FIG. 3, the body of the through-type bait basket in the B type has a mesh shape, and the material may be stainless steel, brass, plastic, or the like. In addition, the edge of the ceiling surface protrudes upward, and the edge extending above the ceiling surface is made of synthetic resin or plastic, and is thick, and the body is formed by knitting a wire rod into a mesh shape. If it is completed, it is fixed by making a wire (stainless steel, brass, etc.) forming the body part bite into the thickened edge. A screw is formed on the outer surface of the upwardly extending edge to form a screw, and a screw is formed on an inner surface of the base material of the ring-shaped float to form a female screw so as to match the male screw (the female screw is formed). The root diameter of the internal thread of the base material is the same as the outer diameter of the external thread of the edge extending upward). A material having a large buoyancy is strongly fixed to the outer surface of the base material. Generally speaking, materials with high buoyancy are often soft materials, but they are materials that do not break or are easily damaged even if they hit a stone and must be firmly fixed to the base material (synthetic resin, plastic, etc.) of a ring-shaped float, so they are hard. Foamed styrol, foamed urethane, urethane resin, balsa wood, carbon, eva, etc. can be considered. By replacing the ring-shaped float (a material with high buoyancy fixed to the base material of the ring-shaped float), the submarine basket can be made lighter or heavier than seawater and the buoyancy can be adjusted freely. . Next, the balancing weight, which is a component of the submarine basket, is described in [0008] (a) “The balancing weight is 180 ° opposite to the connecting tool at the edge of the opening at the bottom to balance the weight of the bottom lid. In the example of "weight provided", the fitting type balancing weight is, as shown in FIG. 4 (b), the edge of the lower opening of the B type through-feed bait basket is made of synthetic resin, plastic, or the like. If the body is made by weaving the wire into a mesh shape, the wire is thickened to form a frame, and the body is formed in the thicker frame By filling the tip of Alternatively, a wire forming the body is wound around a thickened frame. A hole is made in the thickened frame, and a cap made of an elastic body (vinyl, synthetic rubber, etc.) that fits into the hole (the circumferential edge of the head projects laterally so as not to be buried in the hole) Rivet-shaped weight made of metal (lead, lead alloy, etc.) that fits into the hole of the cap (a manju with a circumferential edge of the head protruding sideways so as not to be buried in the hole) ) Is fixed by fitting a rivet-type weight and a cap into a hole formed in the thickened frame. A cap made of an elastic body is fitted into a hole formed in the thickened frame, and a rivet-shaped weight is inserted into the hole of the cap, so that the hole of the cap is expanded. It is fixed to the frame by being strongly pressed against and abutting. Next, the connecting tool which is a component of the submarine basket is described in [0008] (A) “Connected to the outer peripheral side of the opening edge of the bottom of the type B through-feed bait basket by the connecting tool”. An example of the connection tool of the hinge with a coiled spring is a part of the fishing gear described in [0012] (Claim 5), that is, the embodiment of the fishing gear described in Claim 5. Refer to the following because it is specifically described in [0017] below. In FIG. 1, the frame of the type B through-type bait basket and the end of the bottom lid are made of the same synthetic resin, plastic, elastomer, rubber, etc., and two flat plates of hinges are used, and one of the hinges is placed in the type B through-type bait basket. Although it is fixed to the bottom cover by rivet driving, it may be fixed by bolts and nuts (in this case, the bolts and nuts are preferably made of synthetic resin or plastic) or an adhesive. The detailed view of the connecting part in FIG. 1 is the same as the use state diagram in the lower half of FIG. 5, so please refer to it. Next, a bottom cover which is a component of the submarine basket, which is an example of the bottom cover described in [0008] (b), “In the bottom cover, a bait pocket is provided on the lower surface of the bottom cover”. As shown in FIG. 6, a hook-shaped rail is fixed to the lower surface of the bottom lid beside the cut-out portion and fixed parallel to the cut-out portion or integrally formed with the bottom cover in which the type bait pocket is inserted. The purpose is to insert a bait pocket with a pedestal having elasticity so that it can be inserted and fitted into the rail. The bottom lid is made of synthetic resin or plastic, and the bait pocket with the pedestal is made of the same material as the bait pocket and the pedestal. -Made of synthetic rubber, synthetic resin, etc. When the rail is fixed, ceramic, aluminum, brass, brass, or the like can be used. The fixing method is an adhesive. When integrally molded, it is the same material as the bottom lid. The thing to note here is that the type that fixes the bait pocket and the type that fixes the bait pocket can be said in common, but a hole for bleeding air must be provided in the innermost part of the bait pocket. Must. This is because, if air remains in the bait pocket, the buoyancy of the air causes a problem that the bottom lid closes when the bait basket is sunk through the B type after landing. In addition, as shown in the upper left of FIG. 6, the bait pocket is inserted into the hook-shaped rail so that the opening of the bait pocket faces downward when the bottom cover is opened. The thickness e of the pedestal is the same as the length f inside the rail, and the size g of the width of the pedestal is the same as the size h of the width of the rail and the inside of the rail, so that It fits perfectly on the inside of the rail and does not come off easily. Claws protrude from the bottom of the bait pocket so that the bait pocket does not pass by. Next, in the weight embankment which is a component of the submarine basket, a weight embankment is provided around the center hole on the lower surface of the bottom cover described in [0008] (b). The embankment is a bottom cover in which the weight coupled to the fishing line is pulled up by pulling the fishing line to engage with the recess of the weight embankment. 6, a material that is depressed at the center so that it does not swing when the weight is applied (a rubber elasticity is better), that is, natural rubber, synthetic rubber, and elastomer. It is a bank made of rubber, plastic, synthetic resin, nylon, vinyl, etc. The fixing method is an adhesive. Next, Sao weight is a part of the fishing tackle described in the above [0011] (Claim 4) and is specifically described in the following [0019], so please refer to the following. Next, the method of use and the function of the fishing gear of the above-described best embodiment will be described. The method of use is the same as the method of fishing a fish described in [0014] (b). In the case where the cylindrical body of the submarine basket has a metal mesh structure, it is almost the same as the movement and fishing method after throwing in the fishing gear using the sao weight described in (a) above. " As described above, since it is the same as the case where the sao weight in the above [0014] (A) is used, the description is omitted. This embodiment has the effects that the buoyancy of the submarine basket can be easily adjusted, the size of the bait pocket can be easily changed, and balancing with the bait pocket can be made easier by the balancing weight.

上記コイル状バネ付蝶番とは[0012](請求項5)に記載の連結具のことである、これを説明することは[請求項5]の実施の形態を書くのと同じである。コイル状バネ付蝶番とは、[0012](イ)に記載内容の順に説明すると、「蝶番には2枚の平板を連結する軸受け部があるが、該軸受け部中央にコイル状バネを設けたものである、蝶番の軸がコイル状バネの中心軸を兼ねるように軸を挿通し、蝶番の2枚の平板を180度広げた状態で、線材でできたコイル状バネの両端の各々別の線材を平板と交差する位置で90度外側に各々別方向に曲げて延長し、各々別の平板に当接して固着したものである」とは、図5の上半分のコイル状バネ付蝶番の拡大正面図及び右側面図を見れば一目瞭然である。線材を蝶番に固着する方法は、ハンダ付け・溶接・接着剤等が考えられる。蝶番の材料はステンレス・黄銅・真鍮・亜鉛合金・プラスチック類等の固くて錆にくい材料でできている、コイル状バネも同じ様な材料の線材でできている、同じ材料あれば溶接やハンダ付けが良い。プラスチック類で線材と蝶番を作る場合は接着剤が良い。「蝶番の2枚の平板の片方を回転させるとコイル状バネに捩じれの弾性力が生じて、外力が無くなると元の状態の2枚の平板が広がった状態に戻る、元の状態に戻るという形状記憶の機能を持った蝶番である。」とは、図5の下半分の使用状態図の正面図及び右側面図を見れば一目瞭然である。Bタイプ中通し撒き餌カゴと蝶番及び底蓋と蝶番を固着する方法は、図5ではBタイプ中通し撒き餌カゴの枠と底蓋の端部とを同じ合成樹脂・プラスチック等で作り蝶番の2枚の平板をそれぞれ一方をBタイプ中通し撒き餌カゴに他方を底蓋にリベット打ち込みにより固着しているが、Bタイプ中通し撒き餌カゴの枠と底蓋がステンレス・黄銅・真鍮等の線材でできている場合は蝶番の2枚の平板を同じステンレス・黄銅・真鍮等で作り溶接やハンダ付けによる固着が良い、Bタイプ中通し撒き餌カゴの枠と底蓋が合成樹脂・プラスチック等でできている場合は蝶番の2枚の平板を同じ合成樹脂・プラスチック等で作りリベット打ち込みボルトナット締めや接着剤による固着が良い。その他、Bタイプ中通し撒き餌カゴの枠がステンレス・黄銅・真鍮等の線材で作り底蓋が合成樹脂・プラスチック等で作られたりした場合、蝶番の2枚の平板の一方を同じステンレス・黄銅・真鍮等で作り溶接やハンダ付けにより枠に固着し、他方を同じ合成樹脂・プラスチック等で作りリベット打ち込みボルトナット締めや接着剤により固着する方法等。固着する方法は種々考えられるが、釣り仕掛けが着水するとき一番力が加わる箇所なので他のどこの箇所より強固に固着しなければならない。また強固に固着できる方法で固着しなければならない。蝶番の2枚の平板を連結している軸(ピン)、コイル状バネを挿通している軸(ピン)と同じであるが、この軸(ピン)の材料はステンレスが良い。   The above-mentioned hinge with a coil spring is a connecting tool described in [0012] (Claim 5), and the description thereof is the same as that of the embodiment of [Claim 5]. The hinge with a coiled spring is described in the order of the description in [0012] (a). "The hinge has a bearing portion for connecting two flat plates, and a coiled spring is provided at the center of the bearing portion. The hinge is inserted through the axis so that the axis of the hinge also functions as the center axis of the coil spring, and the two flat plates of the hinge are spread 180 degrees. The wire is bent outward in a different direction by 90 degrees at a position where the wire intersects with the flat plate, and is extended in a different direction. It is clear at a glance from the enlarged front view and the right side view. As a method of fixing the wire to the hinge, soldering, welding, adhesive or the like can be considered. The hinge material is made of a hard and rust-resistant material such as stainless steel, brass, brass, zinc alloy, plastics, etc. The coil spring is also made of the same material wire, welding or soldering if the same material Is good. Adhesives are good when making wires and hinges with plastics. "Rotating one of the two flat plates of the hinge produces a torsional elastic force in the coiled spring, and when there is no external force, the two flat plates in the original state return to the expanded state and return to the original state. It is a hinge having a shape memory function. "Can be clearly seen from the front view and the right side view of the use state diagram in the lower half of FIG. In FIG. 5, the frame of the type B through basket and the end of the bottom lid are made of the same synthetic resin, plastic, etc., and the hinge is fixed to the hinge. Each plate is fixed to the bait basket through the B type by rivet driving the other into the bottom lid, but the frame of the bait basket through the B type and the bottom lid are made of stainless steel, brass, brass, etc. If the two hinged flat plates are made of the same stainless steel, brass, brass, etc., and they are well fixed by welding or soldering, the frame and bottom lid of the B-type through-feed bait basket are made of synthetic resin, plastic, etc. The two flat plates of the hinge are made of the same synthetic resin, plastic, or the like, and are preferably riveted and bolted and fastened with a nut or fixed with an adhesive. In addition, if the frame of the B-type through-feed bait basket is made of stainless steel, brass, brass, etc., and the bottom lid is made of synthetic resin, plastic, etc., one of the two flat plates of the hinge is made of the same stainless steel, brass, A method in which it is made of brass or the like and fixed to the frame by welding or soldering, and the other is made of the same synthetic resin or plastic, and is fixed with rivets, bolts, nuts or adhesives. There are various methods for fixing the fishing tackle. However, since the force is applied most when the fishing tackle lands, it must be fixed more firmly than anywhere else. Further, it must be fixed by a method capable of firmly fixing. The shaft (pin) connecting the two flat plates of the hinge and the shaft (pin) through which the coiled spring is inserted are the same, but the material of the shaft (pin) is preferably stainless steel.

図7の如く、Aタイプ中通し棒浮きとAタイプ中通し撒き餌カゴの組合わせに、十字架サルカンあるいはサオ重りを組み合わせた釣り具である。[0010](請求項3)記載の釣り具の一例である。つまり、請求項3記載の釣り具の実施の形態である。この場合のAタイプ中通し棒浮きとは、図7の如く、先細形Aタイプ中通し棒浮きで[0016]記載の先細形Aタイプ中通し棒浮きと同じなので省略、サオ重りについては下記[0019]で詳細に記載しているので下記を参照してください。十字架サルカンについては下記[0020]で詳細に記載しているので下記を参照してください。この場合の、Aタイプ中通し撒き餌カゴとは、図7の如く、Aタイプ中通し撒き餌カゴの筒体は垂直に配置されたコイル状の線材とそのコイルの円周方向の複数位置に縦向きに配置された複数本の線材とを組み合わせた金属メッシュ構造で筒体の上部は上方に向かって直径が徐々に減少するド−ム形状を途中まで形成した頭部になっており、該頭部の天井の中央に孔を設ける、該孔は棒浮きを楽々と挿通できるぐらいの大きさの孔で、かつ棒浮きが通過しやすいようにカゴ内部の方向に窪んでいる、該窪みの上面は棒浮きと識別できるように棒浮きと違う色に着色し、なおかつ該天井部中央の孔の外周で頭部下面には浮力材を固着する。筒体の側面には開閉可能な側蓋が設けられ、該側蓋には側蓋の閉止を保持するための止め金具が付いている、撒き餌入れ口となっている。筒体の下部は下方に向かって直径が徐々に減少する形状を途中まで形成した底部になっており、該底部には受け皿が固着されている、該受け皿の中心には棒浮きを楽々と挿通できるぐらいの大きさの孔を有し、かつ該中心軸線上の孔(底部中央の孔)は棒浮きが通過しやすいようにカゴ外部の方向に突出している、受け皿の下面(外面)で底部中央の孔の周囲には、孔を囲む形状(つまり孔の直径を内径とする円筒状)に重り掛合用堤が固着されている。図13の天井部の如く(図13はBタイプ中通し撒き餌カゴの実施例であるが、天井部だけはAタイプ中通し撒き餌カゴの実施例として兼用できる)天井部を形成している材料(合成樹脂・プラスチック等)で浮力の大きな材料を包み込んで頭部の下面に固着させている。浮力の大きな材料を充満せずに、空の空気だけでもよい。浮力の大きな材料は硬質発砲スチロ−ル・発砲ウレタン・ウレタン樹脂・バルサ材・カ−ボン・エバ等である。筒体は線材(ステンレス・黄銅・真鍮等)を網の目状に編んで作り、筒体を形成している線材を天井に伸ばして、頭部の上面の窪みの頂部を引っ掛け、なおかつ線材と頭部の上面とを接着剤で接着することにより頭部と筒体の上部を固着している。筒体側面の側蓋は筒体と同じ線材で網の目状に編んで作り、筒体側面の開口部枠と側蓋の枠の両方の線材を多重コイル(ヒンジ部)の中心軸にすることにより連結している、図7では多重コイルになっているが、側蓋を形成している線材に三角形状の線材を重ねて組み合わせて、該三角形状の線材の両端部を側蓋が開閉可能に支持する一対のヒンジ部としても良い、筒体側面の側蓋のヒンジ部と180度反対側には弾性材質の線材を曲げて作った止め金具があり、蓋を閉めたとき線材(ステンレス・黄銅・真鍮等)の弾性力により、筒体側面の開口部枠に引っ掛けて止めるようになっている。次に受け皿は[0006](イ)記載の「底部には中央に棒浮きを楽々と挿通できるぐらいの大きさの孔を有した受け皿を設け、」の中の一例である。受け皿を形成している材料は合成樹脂・プラスチック等である。図7では分かり難いと思うが、受け皿の縁が上方に突出し、該受け皿の上方向の突出した縁に縦に切れ込みをいれて欠け部をつくり、網の目状の胴部を形成している縦の線材の位置を縦に切れ込みをいれた欠け部の位置に合わせて、受け皿の上方向の突出した縁を欠け部の直近の横の線材の外側になるように嵌合し、網の目状の胴部を形成している縦の線材が受け皿の外側に回るようにすることにより、嵌着して設けてある、さらに線材と受け皿を接着剤で固着することにより強固に固着される。次に重り掛合用堤とは、[0006](イ)記載の重り掛合用堤である。図7の如く、円筒の形状をしたもので、衝撃・磨耗に強い材料(ゴム弾性性能があればさらに良い)、つまり天然ゴム・合成ゴム・エラストマ−ゴム・プラスチック・合成樹脂・ナイロン・ビニ−ル等でできている。次に、上記実施例1の釣り具の使用方法及び機能について説明するのだが、使用方法は[0014](請求項7)(イ)記載と同じで、釣り具を投入後の一連の動きも(イ)記載と同じなので省略する。この実施の形態はAタイプ中通し撒き餌カゴが壊れ難いので、長持ちするという効果がある。     As shown in FIG. 7, a fishing tackle in which a cross sarkan or a sao weight is combined with a combination of a type A through-the-bar float and a type A through-the-bar bait basket. [0010] This is an example of the fishing tackle according to (claim 3). That is, this is an embodiment of the fishing tackle according to the third aspect. In this case, as shown in FIG. 7, the A type through rod floating is a tapered A type through rod floating and is the same as the tapered A type through rod floating described in [0016], and is omitted. 0019], see below. The cross sarkans are described in detail in [0020] below, so please refer to the following. In this case, the A-type through-feed bait basket is, as shown in FIG. 7, a cylinder of the A-type through-feed bait basket having a vertically arranged coil-shaped wire rod and a plurality of circumferentially-positioned coils. The upper part of the cylindrical body is a metal mesh structure in which a plurality of wires arranged in a row are combined with each other, and the upper part of the cylindrical body has a dome shape in which the diameter gradually decreases upward, and has a head partly formed. A hole is provided at the center of the ceiling of the ceiling, the hole is a hole large enough to easily pass the bar float, and is recessed in the direction of the inside of the basket so that the bar float can pass easily, the upper surface of the recess is It is colored in a different color from the floating rod so that it can be distinguished from the floating rod, and a buoyancy material is fixed to the lower surface of the head at the outer periphery of the hole at the center of the ceiling. An openable and closable side cover is provided on the side surface of the cylindrical body, and the side cover is a sowing bait port having a stopper for holding the side cover closed. The lower part of the cylindrical body is a bottom part formed with a shape whose diameter gradually decreases downward, and a tray is fixed to the bottom part. A rod float is easily inserted into the center of the tray. A hole of a size as large as possible, and a hole on the center axis (a hole in the center of the bottom) protrudes in the direction of the outside of the cage so that the rod float can easily pass through. A weight embankment is fixed around the center hole in a shape surrounding the hole (that is, a cylindrical shape having an inside diameter equal to the diameter of the hole). As shown in FIG. 13 (FIG. 13 is an example of a type B through-type bait basket, FIG. 13 shows an example of a type A through-type bait basket). Synthetic resin, plastic, etc.) are wrapped around a material with large buoyancy and fixed to the lower surface of the head. It is also possible to use only empty air without filling a material having a large buoyancy. Materials having large buoyancy include hard foamed styrol, foamed urethane, urethane resin, balsa wood, carbon, and eva. The tubular body is made by knitting a wire (stainless steel, brass, brass, etc.) in a mesh shape, stretching the wire forming the tubular body to the ceiling, hooking the top of the depression on the upper surface of the head, and The head and the upper part of the cylindrical body are fixed by bonding the upper surface of the head with an adhesive. The side lid on the side of the cylindrical body is made by weaving the same wire material as the cylindrical body into a mesh shape, and both the wire on the opening frame on the side of the cylindrical body and the frame on the side lid are used as the central axis of the multiple coil (hinge part). In FIG. 7, the triangular wire is overlapped on the wire forming the side lid, and the side lid is opened and closed at both ends of the triangular wire. There may be a pair of hinges that can be supported as possible. On the side 180 ° opposite to the hinge of the side lid on the side of the cylinder, there is a stopper formed by bending an elastic wire, and when the lid is closed, the wire (stainless steel) -Brass, brass, etc.) are hooked and stopped by the opening frame on the side of the cylinder. Next, the tray is an example of [0006] (A) "The bottom is provided with a tray having a hole in the center having a size large enough to allow a rod float to be easily inserted." The material forming the tray is a synthetic resin, plastic, or the like. Although it is difficult to understand in FIG. 7, the edge of the tray protrudes upward, and a notch is formed by vertically cutting the edge of the tray protruding upward to form a mesh-shaped body. Align the vertical wire with the notch vertically cut, and fit the upper protruding edge of the tray so that it is outside the horizontal wire near the notch. The vertical wire forming the cylindrical body turns around the outside of the tray, so that it is fitted and provided, and the wire and the tray are firmly fixed with an adhesive. Next, the weight embankment is the weight embankment described in [0006] (a). As shown in FIG. 7, a material having a cylindrical shape and resistant to impact and abrasion (it is better if it has rubber elasticity), that is, natural rubber, synthetic rubber, elastomer, rubber, plastic, synthetic resin, nylon, vinyl It is made of le. Next, the method of use and function of the fishing tackle of the first embodiment will be described. The method of use is the same as that described in [0014] (Claim 7) and (A). (A) It is the same as the description, so the description is omitted. This embodiment has the effect that the bait basket scattered through the A type is hard to break, so that it lasts a long time.

サオ重りとは、[請求項4]記載のサオ重りのことで、つまり、[0011](イ)に記載のサオ重りのことである。これを説明することは[請求項4]の実施の形態を書くのと同じである。サオ重りとは、図8(a)の如く、サオの長さや太さを種々のサイズを揃えておいて、釣り場の状況や対象魚に応じてサオを選べるようにしておく。サオを交換することは短時間にできるので、サオの撓りやサオの長さを調節することは簡単である。釣りの対象魚にその撓りと長さが合致すると警戒心の強い魚と言えども多数釣れることが期待できる。サオ重りのスプリングバネの強さの調節によって、椀の窪みにサオの球状物が落ち込むまでの力を調節することによって、警戒心の強い魚に違和感を感じさせないことができるが、スプリングバネの交換はサオ重り本体を交換しなければならないので短時間にはできない、サオの撓りやサオの長さのサイズを揃えておく事が重要である。[0011](イ)に記載内容の順に説明すると、「中心孔の下端穴を中心にして該重り下部を椀の形に窪ませ、該椀の形に窪ませた重りの下部面に嵌合するように金属板を固着する」とは、サオ重りの中心軸を貫通している中心孔がサオ重りの尻部に出る所を中心にして椀形に尻部を削り、椀形に凹ませた金属板と合致するようにする、さらに該椀形に凹ませた金属板の縁を曲げて尻部に被せて固着することである。金属板の材料はステンレス・黄銅・真鍮等である。固着する方法は接着剤あるいは曲げた縁の先端をさらに曲げて重りを包むものに食い込ませて固定し、なおかつサオ重りの尻部と椀形に凹ませた金属板とを接着剤で固着する。椀形の金属板の中心には穴が有り中心孔と同じ大きさで、該大きさは挿通した線材の太さよりも太く、中心孔に挿通した線材の下端の輪の外径よりも十分に小さい穴である。重錘の材料は鉛・鉛合金等である。包むものの材料は黒檀・バルサ材・カ−ボン・プラスチック・合成樹脂・合成ゴム・エラストマ−ゴム等である。ただし、重錘と包むものを下記[0021]に記載の第一のタイプの突き飛ばしオモリのように一体形成することも考えられる。その場合の材料はセラミック・アルミニウム・真鍮・亜鉛合金等である。次に「該下端の輪には弾性材料でできたサオを挿通して設ける、」とは、中心孔に挿通した線材の下端の輪にサオの先端の小さな輪を先頭に挿通することで、つまり、図8(a)を(b)に挿通したかたちで図8(a)(b)を見れば図8は使用状態説明図なので一目瞭然である。サオの材料はステンレス・黄銅・真鍮等の錆にくい弾性金属あるいは弾性性質のあるプラスチック類等である。次に「該上端の輪(糸止め部)と重り頭部の間にスプリングバネを線材が中心軸になるように設け、」とは図8(b)の如く、上端の輪とドングリ状の頭との間にスプリングバネが貫通穴に挿通した線材を中心軸として有ることである。上端の輪の外径S>スプリングバネの内径T>貫通穴の内径Uの関係である。次に「サオとは、球状物より球状物の接線上に線材が伸びているもので、ゴルフのクラブのウッドに似ている、ゴルフのクラブの形と違うところは、線材はクラブのシャフトの様に直線ではなく線材は球状物(ヘッド)との接点近くで球状物と反対側に凸カ−ブしてまた元の接線上の線材に戻っているところである、線材で球状物と反対側(ゴルフのグリップ側)の先端は小さな輪になっていて糸止め部の役割をする、中心孔に挿通した線材の下端の輪の内径は、サオの球状物よりも十分に小さく、サオの線材の直径(太さ)よりも十分に大きい」とは、図8(a)を見れば一目瞭然と思われる。サオの球状物の直径X>下端の輪の内径Y>サオを先端の輪の外径Zの関係である。次に「サオのセットの仕方は、貫通穴に挿通した線材の下端の輪にサオの先端の小さな輪(糸止め部)から挿入して、該サオの線材のカ−ブしている所の頂点がサオ重りの中心孔に挿通した線材の下端の輪の所に来るように移動することによりサオ重りは組み立てられる」とは、図8(c)はセットが終わった後の状態の縦断面図である、球状物と反対側にカ−ブしている所の頂点を下端の輪がスプリングバネの弾性力で上へと引っ張っている、図8(c)を見れば一目瞭然と思われる。次に「魚がつけ餌をくわえて下に引っ張るとサオの球状物が椀の中に落ち、下端の輪は球状物の直径よりも十分に小さいのでサオは輪から抜け出ることはない」とは、図8(c)の如く先端の小さな輪にハリス糸が連結され(スナップ付サルカンを介してハリス糸を連結したほうが良い、何故ならば、サオを交換するとき短時間で交換できるから。)、その先につけ餌をつけた釣り針が結ばれる、そして魚が掛かるのを待つ、釣り針に付けられたつけ餌を魚が食わえ込んで引っ張ると、図8(d)の如くカ−ブしている所を支点として球状物の背が椀の縁を押し上げて、球状物が椀の中に落ち込んで抜け出ることができなくなる、サオ重りを用いた請求項1・請求項2・請求項3の釣り具において、サオ重りの幅のサイズをR、底蓋の中央に開けた穴の直径をm、Bタイプ中通し撒き餌カゴ天井部中央の穴の直径サイズb、Aタイプ中通し撒き餌カゴ下部受け皿の中央の穴n、とするとR>m、R>b、R>nの関係が必要である。   The Sao weight is the Sao weight described in [Claim 4], that is, the Sao weight described in [0011] (A). Explaining this is the same as writing the embodiment of [Claim 4]. As shown in FIG. 8A, the weight of the fish is set to various lengths and thicknesses so that the fish can be selected according to the fishing conditions and the target fish. It is easy to change sao and adjust sao length, since sao can be changed in a short time. If the deflection and the length match the fish to be fished, it can be expected that many fish can be caught even with high caution. By adjusting the strength of the spring of the weight of Sao and the force until the ball of Sao falls into the depression of the bowl, you can make the fish with a strong alarm feel uncomfortable, but replace the spring. Since it is necessary to replace the Sao weight body, it cannot be done in a short time. It is important that the Sao flexure and the Sao length are aligned in size. [0011] Explaining in the order of contents described in (a), "the lower part of the weight is depressed in the shape of a bowl centering on the lower end hole of the center hole, and fitted to the lower surface of the weight depressed in the shape of the bowl. `` Fix the metal plate so that it fits '' means that the center hole passing through the center axis of Sao weight comes out to the buttocks of Sao weight The edge of the bowl-shaped concave metal plate is bent to cover the buttocks and fixed. The material of the metal plate is stainless steel, brass, brass or the like. The fixing method is to fix the tip of the bent edge by further bending the tip of the bent edge so as to bite into the wrapping weight, and to fix the buttocks of the sao weight and the metal plate concaved in a bowl shape with the adhesive. There is a hole in the center of the bowl-shaped metal plate, and it is the same size as the center hole, the size is larger than the thickness of the inserted wire, and sufficiently larger than the outer diameter of the loop at the lower end of the wire inserted into the center hole. It is a small hole. The material of the weight is lead, a lead alloy or the like. The material to be wrapped is ebony, balsa, carbon, plastic, synthetic resin, synthetic rubber, elastomer rubber, and the like. However, it is also conceivable to integrally form the weight and the wrapping like a first type of punching weight described in the following [0021]. In this case, the material is ceramic, aluminum, brass, zinc alloy, or the like. Next, `` providing by inserting a sao made of an elastic material into the lower ring, '' means that a small loop at the tip of the sao is first inserted into the lower loop of the wire inserted through the center hole, In other words, if FIGS. 8 (a) and 8 (b) are viewed in a state where FIG. 8 (a) is inserted into FIG. 8 (b), FIG. The material of Sao is an elastic metal, such as stainless steel, brass, or brass, which does not easily rust, or plastics having elastic properties. Next, "providing a spring spring between the upper end loop (thread stopper) and the weight head so that the wire becomes the center axis," as shown in FIG. A spring spring is provided between the head and the head with a wire rod inserted through the through hole as a central axis. The relationship is such that the outer diameter S of the upper end wheel> the inner diameter T of the spring spring> the inner diameter U of the through hole. Next, "Sao is a material in which the wire extends on the tangent to the sphere rather than the sphere.It resembles the wood of a golf club. In this way, the wire is not straight but the wire is convex near the point of contact with the ball (head) and opposite to the ball, and is returning to the wire on the original tangent. The tip of the (the golf grip side) is a small loop that serves as a thread stop. The inner diameter of the loop at the lower end of the wire rod inserted through the center hole is sufficiently smaller than the spherical ball of Sao. Is sufficiently larger than the diameter (thickness) ”of FIG. 8A. The relationship of the diameter X of the spherical material of Sao> the inner diameter Y of the lower end ring> the outer diameter Z of Sao at the tip end ring. Next, "The setting method of Sao is as follows. Insert the small end of the Sao into the loop at the lower end of the wire inserted into the through-hole from the small loop (thread stopper) at the tip of Sao, and curve the Sao wire. The sao weight is assembled by moving the vertex so that it is located at the loop at the lower end of the wire inserted into the center hole of the sao weight. "FIG. 8 (c) is a longitudinal section after the set is completed. In FIG. 8 (c), it can be seen at a glance from FIG. 8 (c) that the ring at the lower end is pulled upward by the elastic force of the spring spring at the vertex at the point where it is curved on the side opposite to the spherical object. Next, `` When the fish adds bait and pulls down, the ball of Sao falls into the bowl, and the ring at the lower end is sufficiently smaller than the diameter of the ball, so Sao does not fall out of the ring '' As shown in FIG. 8 (c), a harris thread is connected to a small loop at the tip (it is better to connect the harris thread via a sarkan with snaps, because it is possible to replace the sao in a short time). When the fish hooked on the hook is tied, and the fish hooks the bait attached to the hook, the fish hooks and the fish hooks as shown in FIG. 8 (d). 4. The fishing rod according to claim 1, wherein the spine of the spherical object pushes up the edge of the bowl with the fulcrum as a fulcrum so that the spherical object falls into the bowl and cannot escape. In the tool, the width size of the sao weight is R, in the center of the bottom lid If the diameter of the hole is m, the diameter of the hole in the center of the ceiling of the B type through-feed bait basket, and the diameter of the hole in the center of the bottom of the A-type through-feed bait basket, n is R> m, R> b, R> n. A relationship is needed.

十字架サルカンとは、[請求項1]・[請求項2]記載の十字架サルカンのことで、つまり、[0006](ハ)・[0008](ニ)記載の十字架サルカンのことである。[0006](ハ)に記載内容の順に説明すると、「横から見ると十字架の形をしたサルカンで、固いて錆びにくい材料でできた十字架サルカンの頭の部分と足の部分(縦方向の両端)の輪に従来のサルカンが設けられている。」とは、図9正面図を見れば一目瞭然である。十字架サルカン本体の材料はアルミニウム・ステンレス・黄銅・真鍮・亜鉛合金等の固くて錆にくい材料でできている。図9正面図の如く、十字架の頭と足の部分には従来のサルカン(あるいはよりもどし)が連結されている。「十字架の両腕の掌の部分(横方向の両端)の掌の上には、‥‥‥‥十文字の形に見える。」とは、図9(a)平面図、あるいは図9(b)平面図、掌の上の平板の形が違う(十字架サルカンのその他の実施例になる)、を見れば一目瞭然である。平板の材料は十字架サルカン本体の材料と同じで、アルミニウム・ステンレス・黄銅・真鍮・亜鉛合金等の固くて錆にくい材料でできている。同じ材料の場合は溶接、違う材料の場合はハンダ付けが良い。「両腕の掌と掌の間の距離は重り掛合用堤の直径と同じ距離である、」とは、図7のAタイプ中通し撒き餌カゴ下部受け皿の中央に設けた重り掛合用堤の土手の心から心までの距離V、あるいは、図15(a)の重り掛合用堤の土手の心から心までの距離V、と図9(a)・(b)平面図の、掌の平板の心から心までの距離Wが同じである、V=Wの関係が必要である。[0008](ニ)に記載内容の「両腕の掌と掌の間の距離はサブマリンカゴの天井部中央の穴よりも十分に大きい距離にする、」とは、サブマリンカゴを用いる請求項2の釣り具の場合のことで図3・図13・図14で示した天井部中央の穴の直径bよりも掌の平板の心から心までの距離Wが十分に大きい距離にすることである、つまりW>bの関係であることである。このことにより、釣りが終わってリ−ルを巻き上げるとき、Bタイプ中通し撒き餌カゴの天井部中央の穴の周囲に引っ掛かることによりBタイプ中通し撒き餌カゴを引き上げることができるようになる。   The cross sarkan is the cross sarkan described in [Claim 1] and [Claim 2], that is, the cross sarkan described in [0006] (c) and [0008] (d). [0006] To explain in order of the contents described in (c), "Sarkan shaped like a cross when viewed from the side, a head portion and a foot portion (both ends in the vertical direction) of a cross sarkan made of a hard and rust-resistant material ) Is provided with a conventional sulcan. "Can be clearly seen from the front view of FIG. The material of the cross sarkan body is made of a hard and rust-resistant material such as aluminum, stainless steel, brass, brass, and zinc alloy. As shown in the front view of FIG. 9, a conventional sulkan (or reversion) is connected to the head and feet of the cross. "It looks like a cross in the shape of a cross on the palms of the palms (both ends in the horizontal direction) of the arms of the cross." FIG. 9 (a) plan view or FIG. 9 (b) It is obvious at a glance that the plan view and the shape of the flat plate on the palm are different (this is another embodiment of the cross sarkan). The material of the flat plate is the same as the material of the main body of the cross, and is made of a hard and rust-resistant material such as aluminum, stainless steel, brass, brass, and zinc alloy. Good welding is used for the same material, and good soldering is used for different materials. "The distance between the palms of both arms is the same distance as the diameter of the weight embankment." Means the embankment of the weight embankment provided in the center of the lower tray of the type A through-feed bait in FIG. 15 (a) or the distance V from the heart to the center of the embankment of the weight embankment in FIG. 15 (a), and the heart to heart of the palm plate in the plan views of FIGS. 9 (a) and 9 (b). The relationship V = W is required, where the distance W to the same is the same. [0008] The description in (d) that "the distance between the palms of both arms is sufficiently larger than the hole at the center of the ceiling of the submarine car" means that a submarine car is used. In the case of the fishing tackle, the distance W from the center of the palm flat plate to the center is set to be sufficiently larger than the diameter b of the hole at the center of the ceiling shown in FIG. 3, FIG. 13 and FIG. That is, W> b. Thus, when the reel is wound up after fishing, the bait basket can be pulled up by being hooked around the hole at the center of the ceiling of the bait basket.

[0010](請求項3)記載の釣り具の一例である。つまり、請求項3記載の釣り具の実施の形態である。図10の如く、Aタイプ中通し棒浮きとサブマリンカゴと第一のタイプの突き飛ばしオモリとを組み合わせた釣り具である。この場合のAタイプ中通し棒浮きとは、先細形Aタイプ中通し棒浮きで[0016]記載の先細形Aタイプ中通し棒浮きと同じなので省略、この場合のサブマリンカゴとは、Bタイプ中通し撒き餌カゴ・バランシング重り・連結具・底蓋・重り掛合用堤を組み合わせたもので、[0008](イ)(ロ)に記載の一例で、まず、サブマリンカゴの構成要素であるBタイプ中通し撒き餌カゴとは、筒体は合成樹脂製の筒体に複数の透孔が形成された構造、頭部だけはAタイプ中通し撒き餌カゴ(上記実施例1[0018]の頭部及び天井部を参照)の実施例と同じなので省略、ここで本発明の釣り具で注意しなければならないことがある、Aタイプ中通し撒き餌カゴにしろサブマリンカゴにしろ内部に撒き餌を詰めた状態では海底へと沈むが、海中に投入後、カゴ内の撒き餌が海中に散らばってしまいカゴ内に撒き餌を留め置かなくなると比重が軽くなり海面へと浮上するように浮力を調整してるので、撒き餌(アミ+集魚剤)の比重はアミと集魚剤の混合比率や重い集魚剤か軽い集魚剤か(集魚剤は全て比重が海水より重いがそのなかでも重いほうか軽いほうかの意味である)によって釣り具を投入後の撒き餌カゴの海底に沈んで行くスピ−ドが早いか遅いかが決まる。また、Aタイプ中通し撒き餌カゴの場合は注意しなくて良いがサブマリンカゴの場合は注意しなければならないことがある、それは、粘り気のある撒き餌になる集魚剤かサラサラの撒き餌になる集魚剤かである、何故ならばサブマリンカゴは筒体と撒き餌との間の摩擦抵抗によって海底へと引っ張られて沈むので、粘り気のある撒き餌でなければならない。Aタイプ中通し撒き餌カゴの場合は底部に受け皿が有るので問題にならない。集魚剤の選定とアミと集魚剤の混合比率には注意が必要だ。Bタイプ中通し撒き餌カゴの底部は大きく開いた餌入れ口で縁を厚くしている。次にサブマリンカゴの構成要素であるバランシング重りは、リベット打ち込みにより固着されたバランシング重り(リベットの材料は鉛・鉛合金等)である。次にサブマリンカゴの構成要素である連結具は、Bタイプ中通し撒き餌カゴの開口部縁に開けたリング・丸環用穴と、底蓋の睡蓮の葉形状の切り開き部と180度反対側の端部に開けたリング・丸環用穴とを貫通することにより揺動可能に連結するリング(リングの材料はステンレス・黄銅・真鍮等)である。またリング両端を固着する方法は溶接あるいはハンダ付けである、図10参照してください。リングあるいは丸環の場合は、揺動可能に連結しているので、釣り具を投げるとき底蓋とBタイプ中通し撒き餌カゴの開口部縁とが合致せずに擦れてその間の隙間から撒き餌が零れ落ちやすくなる。その防止策として底蓋とBタイプ中通し撒き餌カゴの開口部縁とを当接させて摺動しないように縁と底蓋の両方をエラストマ−ゴムで作る、あるいは底蓋の直径をBタイプ中通し撒き餌カゴの枠の外径よりも十分に大きくして擦れても隙間ができないようにする。つまり、リングあるいは丸環により連結された底蓋の直径をサイズQ、Bタイプ中通し撒き餌カゴの縁の外径をOとすれば、Q>Oの関係が成り立つようにしなければならない。次にサブマリンカゴの構成要素である底蓋は、[0008](ロ)に記載の「底蓋には、底蓋の下面につけ餌ポケットを設けたものと」の中の一例である、底蓋の切欠き部の横の下面にはつけ餌ポケットを固着あるいは底蓋と一体成形した底蓋である。つけ餌ポケットの材料は固着させる場合はセラミック・アルミニウム・黄銅・真鍮等が考えられ、固着する方法は接着剤である。一体成形する場合は底蓋と同じ材料である、底蓋の材料は通常は筒体と同じ合成樹脂製・プラスチック等であるが、底蓋を細目の金属メッシュで作る場合はつけ餌ポケットを金属類(アルミニウム・黄銅・真鍮等)で作り両方をハンダ付けする、つけ餌ポケットは釣り具を投げるときつけ餌を収めることにより外力から守ることにより絡みや針掛かりを防ぐために設けるものであるが、つけ餌ポケットは図10の如く、底蓋が開いたときつけ餌ポケット開口部が下を向くように固着する。次にサブマリンカゴの構成要素である重り掛合用堤であるが上記発明を実施するための最良の形態[0016]に記載と同じなので省略。第一のタイプの突き飛ばしオモリとは、[0008](ハ)記載の第一のタイプの突き飛ばしオモリであり、図16である。重錘の形は図16の球形でなくても左右対称の形であればよい、ただ重心を下部にするために矢の形と反対側の下部に重錘が位置して、なおかつ重錘の左右対称の中心軸の位置に中心孔が開いていること。重錘の材料は鉛・鉛合金等である。重錘を包む衝撃・磨耗に強い材料とは、プラスチック・合成樹脂・天然ゴム・合成ゴム・エラストマ−ゴム等であるが、衝撃・磨耗に強い材料であれば比重の軽い材料を用いても良い。例えば黒檀・カ−ボン・木材の材料表面を固くなるようにコ−ティング加工したもの等である。図16のように重錘と包むものの二層に分けた理由は、第一のタイプの突き飛ばしオモリの胴幅サイズdを大きくするためである、つまり図3・図13・図14で図示したBタイプ中通し撒き餌カゴ天井部中央の孔の直径サイズbよりも十分に大きい、つまりd>bの関係にするためである。ゆえに、比重が軽くて、錆びにくい金属類でd>bの関係が十分成り立つのであれば、図16の形に一種類の材料で一体形成することができる。その場合の材料はセラミック・アルミニウム・真鍮・亜鉛合金等である。このことは、サオ重りの場合も、第二のタイプの突き飛ばしオモリの場合も同様である。また、底蓋の睡蓮の葉の形の中央に開いた穴の直径のサイズmよりも十分に大きいd>mの関係でなければならないの同じである。図10は第一のタイプの突き飛ばしオモリを用いた場合であるが、第二のタイプの突き飛ばしオモリを用いた場合がある、この場合も同じように、第二のタイプの突き飛ばしオモリ(図17)の胴幅サイズlは、図3・図13・図14で図示したBタイプ中通し撒き餌カゴ天井部中央の穴の直径サイズbよりも大きいl>bの関係が必要、また、底蓋の中央に開けた穴の直径のサイズmよりも十分に大きいl>mの関係が必要だ。第二のタイプの突き飛ばしオモリ下端の輪に連結した長い線材の先端は小さな輪になっている、該小さな輪にハリス糸を連結する(ヨリ戻しを介して連結してもよい)。次に、上記実施例2の釣り具の使用方法及び機能について説明するのだが、[0014](請求項7)(ロ)記載と同じ、釣り具を投入後の一連の動きは図21を参照すれば明らかなので省略する。   [0010] This is an example of the fishing tackle according to (claim 3). That is, this is an embodiment of the fishing tackle according to the third aspect. As shown in FIG. 10, this fishing tackle combines an A-type through-the-bar float, a submarine basket, and a first-type push-out weight. In this case, the A type through rod floating is a tapered A type through rod floating and is the same as the tapered A type through rod floating described in [0016]. Therefore, the submarine basket in this case is the B type It is a combination of a through-feed bait, a balancing weight, a connector, a bottom lid, and a weight embankment. [0008] (a) (b) In the example described in (b), first, the B type which is a component of the submarine basket The through-feed basket has a structure in which a cylindrical body has a plurality of through-holes formed in a synthetic resin cylinder, and only the head is an A-type medium-feed bait basket (the head and ceiling of Example 1 [0018] above). Omitted because it is the same as the embodiment of the present invention, and it is necessary to pay attention to the fishing tackle of the present invention here. And sink, After being thrown into the basket, the bait in the basket is scattered in the sea, and when the bait is not kept in the basket, the specific gravity is reduced and the buoyancy is adjusted so that it floats on the sea surface. The specific gravity depends on the mixing ratio of the net and the fish-collecting agent, and whether the fishing agent is heavy or light (with all the specific gravity being heavier or lighter than seawater). It determines whether the speed at which the sowing basket sinks into the seabed is fast or slow. In addition, there is no need to be careful in the case of type A through-feed baskets, but it is necessary to be careful in the case of submarine baskets, whether it is a fish-collecting agent that becomes sticky bait or a fish-collecting agent that becomes smooth bait. Because, the submarine basket must be a sticky bait because it is pulled down to the seabed by the frictional resistance between the barrel and the bait and sinks. There is no problem in the case of the type A through-feed bait basket because there is a tray at the bottom. Attention should be paid to the selection of the fish collector and the mixing ratio of the net and the fish collector. The bottom of the B-type through-feed basket is thickened with a wide open feed slot. Next, the balancing weight, which is a component of the submarine basket, is a balancing weight fixed by rivet driving (the material of the rivet is lead / lead alloy). Next, the connector, which is a component of the submarine basket, has a ring / circular hole opened at the edge of the opening of the through-type bait basket, and a 180-degree opposite side of the leaf-shaped cutout of the water lily on the bottom lid. A ring (the material of the ring is stainless steel, brass, brass, or the like) which is swingably connected by penetrating through a ring or a ring hole opened at the end. Also, the method of fixing both ends of the ring is welding or soldering, see Fig. 10. In the case of rings or rings, the bottom lid and the edge of the opening of the B-type through-feed bait cage do not match when throwing fishing equipment, so the bait is rubbed and the bait is thrown from the gap between them. Spills easily. As a preventive measure, both the edge and the bottom lid are made of elastomer rubber so that the bottom lid and the opening edge of the through-type bait basket in the B type are in contact with each other so as not to slide, or the diameter of the bottom lid is set to B type. Make it sufficiently larger than the outside diameter of the frame of the through-feed bait so that there is no gap even if it is rubbed. In other words, if the diameter of the bottom lid connected by a ring or a ring is size Q, and the outer diameter of the edge of the bait basket is B, the relationship Q> O must be satisfied. Next, the bottom cover which is a component of the submarine basket is an example of the bottom cover described in [0008] (b) “In the bottom cover, a bait pocket is provided on the lower surface of the bottom cover”. A bottom cover is formed by fixing a bait pocket on the lower surface beside the notch or integrally formed with the bottom cover. When the material of the bait pocket is fixed, ceramic, aluminum, brass, brass, or the like can be considered, and the fixing method is an adhesive. When integrally molded, it is the same material as the bottom lid.The material of the bottom lid is usually made of the same synthetic resin or plastic as the cylinder, but when making the bottom lid with a fine metal mesh, the bait pocket is made of metal. It is made of a kind (aluminum, brass, brass, etc.) and solders both. The bait pocket is provided to prevent entanglement and hooking by holding the bait when throwing fishing gear and protecting it from external force, As shown in FIG. 10, the bait pocket is fixed so that the bait pocket opening faces downward when the bottom lid is opened. Next, a weight embankment, which is a component of the submarine basket, is omitted because it is the same as that described in the best mode for carrying out the invention [0016]. The first type of flying weight is the first type of flying weight described in [0008] (C), and is shown in FIG. The shape of the weight is not limited to the spherical shape in FIG. 16 but may be a symmetrical shape. However, in order to make the center of gravity lower, the weight is located at the lower portion opposite to the arrow shape, and A center hole must be open at the symmetric center axis. The material of the weight is lead, a lead alloy or the like. The material resistant to impact and abrasion surrounding the weight is plastic, synthetic resin, natural rubber, synthetic rubber, elastomer-rubber, etc. If the material is resistant to impact and abrasion, a material having a low specific gravity may be used. . For example, ebony, carbon, and wood materials are hardened and coated. The reason why the weight and the wrapping are divided into two layers as shown in FIG. 16 is to increase the torso width d of the first type of pushing weight, ie, B shown in FIG. 3, FIG. 13 and FIG. This is because the diameter of the hole in the center of the ceiling of the bait basket is large enough, that is, d> b. Therefore, if the relationship of d> b is sufficiently satisfied with metals having a low specific gravity and being hard to rust, they can be integrally formed of one kind of material in the shape of FIG. In that case, the material is ceramic, aluminum, brass, zinc alloy or the like. This is the same in the case of the sao weight and in the case of the second type of pushing weight. In addition, the relationship d> m must be sufficiently larger than the size m of the diameter of the hole formed at the center of the shape of the water lily leaf on the bottom lid. FIG. 10 shows a case where the first type of bat is used, but there is a case where a second type of bat is used. In this case, similarly, the second type of bat (FIG. 17) The body width size l needs to be larger than the diameter b of the hole at the center of the ceiling of the type B through-type bait basket shown in FIG. 3, FIG. 13 and FIG. The relationship l> m, which is sufficiently larger than the diameter m of the hole formed in the hole, is required. The end of the long wire rod connected to the lower end loop of the second type of punching weight is a small loop, and a Harris thread is connected to the small loop (may be connected via a twist return). Next, the method of use and functions of the fishing tackle of the second embodiment will be described. [0014] (Claim 7) (b) Same as described in FIG. It will be omitted because it is clear.

従来の棒浮きを用いた[請求項1]と[請求項2]に記載の釣り具である。請求項1の釣り具の構成要素である従来の棒浮きをAタイプ中通し棒浮きに代えたのが[実施例1]に記載の釣り具で使用方法及び機能等は全て同じである。請求項2の釣り具の構成要素である従来の棒浮きをAタイプ中通し棒浮きに代えたのが[実施例2]と[発明を実施するための最良の形態]に記載の釣り具で使用方法及び機能等は全て同じである。[実施例2]はサブマリンカゴの筒体が合成樹脂で筒体に複数の透孔が形成された形状である場合、[発明を実施するための最良の形態]はサブマリンカゴの筒体が金属メッシュ構造である場合、[実施例2]の釣り具を投入後の一連の動きは図22を参照、[発明を実施するための最良の形態]の釣り具を投入後の一連の動きは図21を参照、[実施例1]の釣り具を投入後の一連の動きは、筒体が金属メッシュ構造で自然と撒き餌が散らばって、Aタイプ中通し撒き餌カゴが浮上するので、図21とほぼ同じである図21を参照。ゆえに、従来の棒浮きと、それを用いた[請求項1]と[請求項2]の釣り具の組み立て方を説明すればそれら以外は全て同じなので省略する。従来の棒浮きとは、棒浮きの下端に輪が設けてあり、その下端の輪にシモリペットのスナップを引っ掛けて連結して用いる、フカセ釣り用の部品である。魚の小さなアタリにすぐ反応して、魚がつけ餌をくわえて引っ張ったことを棒浮きが海底へ沈むことで釣り人に知らせる部品である。シモリペットとは、道糸の先端に結ばれた釣り仕掛けから浮き止めまでの間を、棒浮きが道糸に沿ってスム−ズにスライドできるようにするための道糸と棒浮きの仲介具である。従来のシモリペットの構造は、中心軸に糸孔があるパイプの形状をしている本体の胴部に、線材を巻きつけて固定し、該線材を本体の横(直角方向)に突出してリングを形成する、その際スナップの根元の輪を線材が挿通する事によりスナップを連結したものである。ここで注意しなければならないのは、シモリペットは孔を通りやすいように改良しなければならない。何故か、請求項1の釣り具の場合はAタイプ中通し撒き餌カゴが海面へ浮上して来たときに棒浮きの根元つまりシモリペットがAタイプ中通し撒き餌カゴの天井部中央の孔及び底部受け皿の中央の孔の両方の孔をスム−ズに通過することができるようにするため、請求項2の釣り具の場合はサブマリンカゴの天井部中央の孔をスム−ズに通過することができるようにするためである。具体的には、従来のシモリペットは本体の胴部に線材を巻きつけることにより固定していたが、これを揺動可能にする、つまり線材はシモリペット胴部を摺動してクルクル回るが抜け出ないように枢着する、なおかつ本体の横(直角方向)に突出するのではなく斜め上にしかも小さく突出するようにリングを形成することである。次に棒浮きを用いた[請求項1]と[請求項2]の釣り具の組み立て方を説明する、[請求項1]に記載の釣り具の組み立て方は、釣り竿の先端から道糸を伸ばす、道糸には所望の水深で重りの降下を停止するように浮き止めが止着されている、該道糸をシモリ(ビ−ズ)に挿通して、シモリペットの中心軸にある糸孔に挿通し、Aタイプ中通し撒き餌カゴの天井部中央の穴と底部受け皿の中央の穴に挿通する、そして重り(請求項1の重り)及び釣り針を止着したあるいは十字架サルカンを介してサビキを設けその先に重錘を止着する。[請求項2]に記載の釣り具の組み立て方は、釣り竿の先端から道糸を伸ばす、道糸には所望の水深で重りの降下を停止するように浮き止めが止着されている、該道糸をシモリ(ビ−ズ)に挿通して、シモリペットの中心軸にある糸孔に挿通し、サブマリンカゴの天井部中央の穴に挿通する、そして重り(請求項2の重り)及び釣り針を止着したあるいは十字架サルカンを介してサビキを設けその先に重錘を止着する。   A fishing tackle according to [Claim 1] and [Claim 2] using a conventional rod float. The method and function of the fishing tackle described in [Example 1] are the same as that of the fishing tackle according to [Example 1] in which the conventional rod float, which is a component of the fishing tackle of the first aspect, is replaced with an A-type through-hole float. A fishing rod according to [Example 2] and [Best Mode for Carrying Out the Invention] in which the conventional rod floating which is a component of the fishing tackle according to claim 2 is replaced with a type A through-hole floating rod. The method of use and functions are all the same. [Embodiment 2] indicates that the cylindrical body of the submarine basket is made of synthetic resin and has a plurality of through-holes formed in the cylindrical body. [Best Mode for Carrying Out the Invention] In the case of a mesh structure, see FIG. 22 for a series of movements after the fishing gear of [Embodiment 2] is inserted, and FIG. 22 shows a series of movements after the fishing gear of [Best Mode for Carrying Out the Invention]. 21, a series of movements after the fishing gear of [Example 1] is thrown are substantially the same as those in FIG. 21 since the bait is naturally scattered with the metal mesh structure and the bait basket is scattered through the A type. See FIG. 21 which is the same. Therefore, if the conventional rod float and the method of assembling the fishing tackle of [Claim 1] and [Claim 2] using the same are described, all other parts are the same and will not be described. The conventional rod float is a part for fukase fishing, in which a ring is provided at the lower end of the rod float, and a loop of the lower end is hooked and connected with a snap. It is a component that immediately responds to a small fish attack and informs the angler that the fish has pulled the bait by pulling it down to the bottom of the sea. Shimo-pet is an intermediary device between a fishing line and a rod that allows the rod to slide smoothly along the line from the fishing tackle tied to the tip of the line to the suspension. It is. The structure of a conventional shimoripet is such that a wire is wound around and fixed to a body of a body having a pipe shape having a center hole in a pipe, and the wire is projected laterally (at right angles) of the body to form a ring. In this case, the snap is connected by inserting a wire through the ring at the root of the snap. It should be noted that the shimopet must be modified so that it can easily pass through the hole. For some reason, in the case of the fishing tackle according to claim 1, when the bait basket scattered through the A type comes to the surface of the sea, the root of the bar float, that is, the squid pet is a hole in the center of the ceiling and the bottom tray of the basket scattered through the A type. In the case of the fishing tackle according to the second aspect of the present invention, it is possible to smoothly pass through the center hole of the ceiling of the submarine basket in order to allow both holes of the center hole of the submarine basket to pass smoothly. That is to ensure. Specifically, the conventional shimo-pet has been fixed by winding a wire around the body of the body, but this can be swung, that is, the wire slides around the body of the shimo-pet and turns around. The ring is formed so as to be pivotally mounted so as not to come out, and to protrude obliquely upward and slightly, instead of protruding laterally (perpendicularly) of the main body. Next, a method of assembling the fishing tackle according to [Claim 1] and [Claim 2] using a rod float will be described. Stretching, a float is fixed to the thread so as to stop the descent of the weight at a desired water depth. The thread is inserted through a shimo (bead), and the thread is at the center axis of the shimo pet. Through the hole, through the center hole of the top of the bait basket and the bottom hole of the bottom tray of the type A scattered bait basket, and fasten the weight (weight of claim 1) and the fishing hook or through the cross sulkan And the weight is fastened to its tip. In the method of assembling a fishing tackle according to claim 2, the way line is extended from the tip of the fishing rod, and the way line is provided with a float stop so as to stop the weight from descending at a desired depth. The thread is inserted through the shimori (beads), through the hole in the center axis of the shimoripet, into the hole in the center of the ceiling of the submarine cage, and the weight (weight according to claim 2) and fishing hook Or a sabiki is provided via a cross sarkan, and a weight is fastened to its end.

部品の他の実施例1Other Embodiment 1 of Parts

Aタイプ中通し棒浮きとは[0010](請求項3)に記載の中通し棒浮きである。[発明を実施するための最良の形態]に具体的にAタイプ中通し棒浮きの一形態(先細形)を記載したが、その他に図11等が考えられる。図11は図2で図示した先細形Aタイプ中通し棒浮きの他の実施例である、(a)はストレ−ト形で途中で引っ掛かるところがない。(b)はAタイプ中通し棒浮きの上部の円筒形棒浮きが先太になっている、これの特徴は、先太になることにより浮力の中心が上方になるので自立しやすいことである。(b)は逆円錐形重りの直上の円筒形棒浮きが細いがゆえに、折れたり、逆円錐形重りと分離したり、しやすいので、それを防ぐために、円筒カバ−で細い円筒形棒浮きの下端部を包み込んだものである。逆円錐形重りと円筒カバ−との境目と、円筒カバ−の上端部と細い円筒形棒浮きの境目に段差が生じないようにする。円筒カバ−は逆円錐形重りに強く固着しなければならないので逆円錐形重りと同じ重い金属類で一体成形するあるいは溶接したほうがよい、材料は黄銅・ステンレス・鉛・鉛合金・真鍮・セラミック・硬質プラスチック等が考えられる。異種金属を固着する場合は、ハンダ付けがよい。円筒形棒浮きの最も太い部分の外径サイズaは、Aタイプ中通し撒き餌カゴの天井部中央の穴の直径サイズbよりも小さいb>a及びAタイプ中通し撒き餌カゴの下部受け皿中央の穴の直径サイズnよりも小さいn>aの関係が必要だ。あるいは、サブマリンカゴを用いる場合は、Bタイプ中通し撒き餌カゴの天井部中央の穴の直径サイズbよりも小さいb>aの関係が必要だ。また、釣り人が明らかに識別できる色で、Aタイプ中通し撒き餌カゴ天井の形の窪み上面の色と明らかに違う色に円筒形棒浮きを着色する必要がある。あるいは、サブマリンカゴを用いる場合は、Bタイプ中通し撒き餌カゴ天井の形の窪み上面の色と明らかに違う色に円筒形棒浮きを着色する必要がある。たとえば、通常浮きといえば赤なので円筒形棒浮きを赤にするならば中通し撒き餌カゴの天井部の窪み上面を黄色にする。[0010](請求項3)に記載の「円筒形棒浮きの中心孔と逆円錐形重りの中心孔とを同じ中心軸上にあるようにし、」の中の逆円錐形重りの中心孔を説明すると、円錐とは、平面上に円をとり、その平面上にない一点と円周上の各点とを結んでできる立体であるが、該円錐を引っ繰り返したものが逆円錐形である。該逆円錐形の平面上の円の中心と平面上にない一点とを結んだ線が逆円錐形の中心孔である。何故重りを逆円錐形にするか、また、何故中通し撒き餌カゴ天井の形を窪みにするか、その理由は、Aタイプ中通し撒き餌カゴあるいはサブマリンカゴが海面に浮上するときAタイプ中通し棒浮きの下部逆円錐形重りをAタイプ中通し撒き餌カゴあるいはサブマリンカゴが通過しやすいようにするためである。何故重力の大きな鉛でできた逆円錐形重りを設けるか、その理由は、自立しやすい棒浮きにするためである。道糸先端部に設ける重りあるいは重錘が小さい重力の重さでもすぐ立つようにするためである、自立浮きである必要はない。     The A-type through rod float is the through rod float described in [0010] (Claim 3). One form (tapered type) of A type through rod floating is specifically described in [Best Mode for Carrying Out the Invention], but FIG. FIG. 11 shows another embodiment of the tapered A type through-hole floating shown in FIG. 2. FIG. 11 (a) is a straight type with no catch on the way. In (b), the cylindrical rod float at the top of the A-type through rod is tapered. The feature of this is that the center of buoyancy becomes higher when the taper becomes thicker, so that it is easy to stand on its own. . In (b), since the cylindrical rod float directly above the inverted cone weight is thin, it is easy to break or separate from the inverted cone weight, and in order to prevent it, a thin cylindrical rod float is used with a cylindrical cover. Is wrapped around the lower end. A step is prevented from occurring at the boundary between the inverted conical weight and the cylindrical cover, and at the boundary between the upper end of the cylindrical cover and the thin cylindrical rod floating. The cylindrical cover must be firmly fixed to the inverted cone weight, so it is better to integrally mold or weld with the same heavy metal as the inverted cone weight. The material is brass, stainless steel, lead, lead alloy, brass, ceramic, Hard plastics and the like are conceivable. When fixing dissimilar metals, soldering is good. The outside diameter size a of the thickest part of the cylindrical rod float is smaller than the diameter size b of the hole at the center of the ceiling of the type A through-type bait basket, and b> a and the hole at the center of the lower tray of the type A through-type bait basket. The relationship of n> a smaller than the diameter size n of is required. Alternatively, when a submarine basket is used, a relationship of b> a smaller than the diameter size b of the hole at the center of the ceiling of the through-type bait basket is required. In addition, it is necessary to color the cylindrical rod float in a color that can be clearly identified by anglers and that is clearly different from the color of the upper surface of the depression in the shape of the ceiling of the type A through bait basket. Alternatively, when a submarine basket is used, it is necessary to color the cylindrical rod float in a color that is clearly different from the color of the upper surface of the depression in the shape of the ceiling of the type B through-type bait basket. For example, usually speaking, floating is red, so if you want to make the cylindrical rod float red, the top of the hollow of the bait basket will be yellow. [0010] The central hole of the inverted conical weight in "The central hole of the cylindrical rod float and the central hole of the inverted conical weight are on the same central axis," To explain, a cone is a solid formed by taking a circle on a plane and connecting one point not on the plane with each point on the circumference, and the inverted cone is an inverted cone. . The line connecting the center of the circle on the plane of the inverted cone and a point not on the plane is the center hole of the inverted cone. The reason why the weight is inverted conical and why the shape of the ceiling of the through-feed bait basket is depressed is that the A-type through-feed bait basket or the submarine basket is a type A through-bar when it floats on the sea surface. This is to make it easier for the bait basket or the submarine basket to pass through the lower inverted conical weight of the float through the A type. The reason why the inverted conical weight made of lead with high gravity is provided is to make the rod float easily. It is not necessary for the weight or the weight provided at the leading end of the warp yarn to be self-sustained floating so that the weight or weight can be quickly raised even with a small weight of gravity.

部品の他の実施例2Other Embodiment 2 of Parts

Aタイプ中通し撒き餌カゴは[0006](イ)(請求項1)に記載の中通し撒き餌カゴである。[実施例1]に具体的にAタイプ中通し撒き餌カゴの一形態を記載した、図7に図示、その他の実施例としては、図14の天井部のように(図14はBタイプ中通し撒き餌カゴの他の実施例であるが、天井部だけはAタイプ中通し撒き餌カゴの他の実施例として兼用できる)浮力の大きな材料を天井の形の下面に接着させ、さらにその浮力の大きな材料にリング状の爪を天井の形の側面より突設して食い込ませる方法で固着させる方法がある。さらに、図3の天井部のように(図3はBタイプ中通し撒き餌カゴの他の実施例であるが、天井部だけはAタイプ中通し撒き餌カゴの他の実施例として兼用できる)輪形浮きを螺着して固定する方法がある。上記天井部と筒体を固着する方法としては、[実施例1]に記載のように線材を天井に伸ばして頭部上面の窪みの頂部を引っ掛け、なおかつ接着剤で接着する方法、その他に頭部を形成している材料にその筒体を形成している線材の先端を埋設させて固着する方法がある、筒体のその他の実施例としては、[実施例1]に記載のように筒体を線材で網の目状に形成するのではなく、天井部と同じ合成樹脂・プラスチック等で荒目の網の目状に形成し、天井部と筒体を一体成形する方法がある。次に筒体側面の側蓋の実施例としては、[実施例1]に記載のように筒体と同じ金属メッシュで作られる場合の他に、合成樹脂・プラスチック等で荒目の網の目状に作る方法がある、その場合ヒンジ部はコイル状バネ・コイル状バネ付蝶番・蝶番等で、止め金具は、パッチン錠や引っ掛け金具(筒体に鋲形のピンを突設し、側面の側蓋にピンを支点として回転可能に引っ掛け金具を設けて、該引っ掛け金具を鋲形のピンに引っ掛けることにより筒体と側蓋を固定する)等で止める方法がある。コイル状バネ・コイル状バネ付蝶番・蝶番をヒンジ部として設ける方法は、下記[0028]に連結具として記載しているので省略する。次に受け皿の実施例として[実施例1]に具体的に記載したが、図7に図示、その他に筒体を合成樹脂・プラスチック等で荒目の網の目状に作る場合がある、その場合受け皿も同じプラスチック等で一体成形する方法である。筒体を金属メッシュで作る場合で[実施例1]で記載の他に、筒体を形成している線材を受け皿の上面と下面に互い違いに伸ばして受け皿に当接して固定しさらに接着剤等で固着する方法である。あるいは、筒体を形成している線材を下方に伸ばして細目の金属メッシュでさらに逆円錐形に受け皿を形成する、該線材の先端を横から重り掛合用堤(厚さが厚い円筒形)側面に埋設させて固着する方法である。この場合の重り掛合用堤の材料は、ゴム弾性性能のあるゴム類ではなく、合成樹脂・プラスチック等である。     The type A through-feed bait basket is the through-feed bait basket described in [0006] (a) (claim 1). FIG. 7 specifically shows one form of the type A through-type bait basket in [Example 1]. As another example, as shown in the ceiling of FIG. This is another embodiment of the scattered bait basket, but only the ceiling part can be used as another embodiment of the through scatter basket in the A type.) A material having a large buoyancy is adhered to the lower surface of the ceiling shape, and the material having a large buoyancy is further bonded. There is a method in which a ring-shaped claw is protruded from the side surface of the ceiling shape and fixed by a method of biting. Furthermore, like the ceiling of FIG. 3 (FIG. 3 shows another embodiment of the type B through-type bait basket, but only the ceiling can be used as another embodiment of the type A through-type bait basket). There is a method of screwing and fixing. As a method of fixing the ceiling and the cylindrical body, as described in [Example 1], a wire is stretched to the ceiling, the top of the depression on the upper surface of the head is hooked, and a method of bonding with an adhesive is used. There is a method of embedding and fixing the tip of the wire forming the cylindrical body to the material forming the portion. As another embodiment of the cylindrical body, as described in [Example 1], There is a method in which the body is formed into a coarse mesh with the same synthetic resin or plastic as the ceiling, instead of being formed into a mesh with a wire, and the ceiling and the cylindrical body are integrally formed. Next, as an example of the side cover on the side surface of the cylindrical body, in addition to the case where the cylindrical body is made of the same metal mesh as described in [Embodiment 1], a coarse mesh of synthetic resin or plastic is used. In this case, the hinge part is a coil spring, a hinge with a coil spring, a hinge, etc., and the stopper is a patch lock or a hook (a stud-shaped pin is protruded from the cylinder, There is a method in which a hook is rotatably provided on a side cover with a pin as a fulcrum, and the hook is hooked on a stud-shaped pin to fix the cylindrical body and the side cover. The method of providing the coiled spring, the hinge with the coiled spring, and the hinge as the hinge portion is described as a coupling tool in [0028] below, and will not be described. Next, an embodiment of the receiving tray is specifically described in [Embodiment 1]. However, as shown in FIG. 7, there is a case where the cylindrical body is made of a coarse mesh with synthetic resin, plastic, or the like. In this case, the tray is also integrally formed of the same plastic or the like. In the case where the cylindrical body is made of a metal mesh, in addition to the description in [Example 1], the wires forming the cylindrical body are alternately extended to the upper surface and the lower surface of the receiving tray, abutted on the receiving tray and fixed, and furthermore, an adhesive, etc. This is a method of fixing. Alternatively, the wire forming the cylindrical body is extended downward to form a saucer in an inverted cone shape with a fine metal mesh, and the tip of the wire is weighted from the side and a side wall for embankment (thick cylindrical shape). It is a method of burying and fixing it in a space. In this case, the material of the weight embankment is not a rubber having a rubber elasticity but a synthetic resin, a plastic or the like.

部品の他の実施例3Other Embodiment 3 of Parts

[0013](請求項6)記載の釣り具部品Bタイプ中通し棒浮きである。つまり、[0013]に記載のBタイプ中通し棒浮きのことである。これを説明することは[請求項6]の実施の形態を書くのと同じである。Bタイプ中通し棒浮きの具体的な例は、図12の如く、浮力の大きな材料で出来た円筒形棒浮きの中心孔に中通しパイプを貫設し、さらに下方に伸びて下側中通しパイプと成し、該下側中通しパイプの外径と同じ内径で長さが下側中通しパイプと同じである取付おねじパイプ(取付おねじパイプとは、下側中通しパイプに取付けるパイプで、外周にネジを形成して螺着可能にしたものである)を嵌合して固着したものに、取付めねじパイプ付逆円錐形重りを螺着して取り付けるかあるいは取付めねじパイプ付下落防止具を螺着して取り付けるかで選んで取り替えられるようにしたものである。取付めねじパイプとは、パイプの内側にめねじを形成して取付おねじパイプに螺着可能になるように、谷の径を取付おねじパイプの外径と同じにしたものである。取付めねじパイプ付逆円錐形重りとは、取付めねじパイプを逆円錐形重りの中心孔に貫通して貫設したものである。取付めねじパイプ付下落防止具とは、下落防止具の内側筒部の中心孔に取付めねじパイプを貫通して貫設したものである。下落防止具とは、円筒形棒浮きの厚さよりも大きく横に突設させるために、内側筒部の外周に形が崩れないようになおかつ大きく横に突出するように構築した構造物を固着したものである。該大きく横に突出させた構造物(下落防止具)の横幅をkとすると(図12参照)、Bタイプ中通し撒き餌カゴの天井部中央の孔のサイズbよりも十分に大きく形成しなければならない。つまり、k>bの関係でなければならない。下側中通しパイプに取付おねじパイプを嵌合して固着したものに、取付めねじパイプ付下落防止具を螺着して取り付ける方法による挿着である。下側中通しパイプに取付めねじパイプ付逆円錐形重りを螺着したものは[0010](請求項3)のAタイプ中通し棒浮きと機能は同じである。下側中通しパイプに取付めねじパイプ付下落防止具を螺着したものは、Bタイプ中通し撒き餌カゴの天井部中央の孔の周囲に下落防止具を引っ掛けてBタイプ中通し撒き餌カゴが海底へ沈んで行かないようにした釣り具部品として[0014](ハ){[請求項7](ハ)}の釣り方ができる。潮の流れの状況にあわせて取り替えることによりふたつのタイプの中通し棒浮きを取り替えることになる、つまり釣り場の状況に対応することができるBタイプ中通し棒浮きである。   [0013] A fishing rod part B type boring rod float according to (claim 6). In other words, it refers to the type B floating through rod described in [0013]. Explaining this is the same as writing the embodiment of [Claim 6]. As shown in FIG. 12, a concrete example of the type B floating through-hole is to penetrate a central through hole of a cylindrical floating rod made of a material having a large buoyancy, and further extend downward to extend through the lower through-hole. A pipe having an inner diameter equal to the outer diameter of the lower through pipe and having the same length as the lower through pipe (the mounting male pipe is a pipe to be attached to the lower through pipe) A screw is formed on the outer periphery to enable screwing.) An inverted conical weight with a female screw pipe is screwed onto the fixed and fitted, or a female screw pipe is mounted. It is designed to be replaced by selecting whether to attach the fall prevention device by screwing. The female screw pipe has a trough whose diameter is the same as the outer diameter of the male screw pipe so that a female screw is formed inside the pipe and can be screwed to the male screw pipe. An inverted conical weight with a female screw pipe is one in which a female screw pipe is inserted through the center hole of the inverted conical weight. The fall prevention device with a female screw pipe is one in which the female screw pipe penetrates the center hole of the inner cylindrical portion of the fall prevention device. With the fall prevention device, in order to protrude laterally larger than the thickness of the cylindrical rod float, a structure constructed so as not to collapse on the outer periphery of the inner cylindrical portion and to protrude greatly laterally was fixed. Things. Assuming that the width of the greatly protruding structure (fall prevention device) is k (see FIG. 12), it must be formed sufficiently larger than the size b of the hole at the center of the ceiling of the type B through-feed bait basket. No. That is, the relationship must be k> b. This is a method in which a fall prevention device with a female thread pipe is screwed and attached to the lower threaded pipe in which the male thread pipe is fitted and fixed. When the inverted conical weight with the female screw pipe is screwed to the lower through pipe, the function is the same as that of the A type through rod float of [0010] (claim 3). When the fall prevention device with female thread pipe is screwed onto the lower through pipe, the fall prevention device is hooked around the hole in the center of the ceiling of the B type middle through bait basket, and the B type middle through bait basket is placed on the sea floor. [0014] (c) {[Claim 7] (c)} can be used as a fishing tackle part that does not sink. By replacing it according to the current of the tide, the two types of floating rods will be replaced. That is, the B type floating rod floating which can respond to the situation of fishing spots.

上記[0025]記載のBタイプ中通し棒浮きの実施の形態の他に、下側中通しパイプの外面に爪(ピン)を突設して、該爪に合致するようにパイプを上端部よりLの形に溝を掘って加工して取付用パイプと成し、該取付用パイプの溝に下側中通しパイプ外面の爪を挿入して回動し、最奥部の上向きの溝に爪を填め込んで嵌着することにより固定する方法である。その他には、図20(a)の如く、下側中通しパイプの上部外周にリング状の爪を突設して、該突設物に合致するように逆円錐形重りの中心孔あるいは下落防止具内側筒部の中心孔の上部に輪形の溝を堀り、そこにスプリングリングを枢着して設けることにより、スプリングリングの弾性性質によりカチット式に挿着する方法がある。スプリングリングの弾性性質によりカチット式に挿着するとは、下側中通しパイプを中心孔に挿通することにより、逆円錐形重りあるいは下落防止具の中心孔の上部に枢着して設けたスプリングリングと下側中通しパイプの上部外周に突設したリング状の爪とが当接し、さらに下側中通しパイプを突っ込むことによりリング状の爪に押されてスプリングリングの穴が開き、リング状の爪はスプリングリングを通過する。通過してしまうとスプリングリングは弾性性質により穴が締まって小さくなる、このことである。このことにより逆円錐形重りあるいは下落防止具は下側中通しパイプから抜け出ることができなくなる。取り外すときにはと逆に引っ張ることにより下側中通しパイプは抜け出る。下落防止具の場合はBタイプ中通し撒き餌カゴをぶら下げられるぐらいに強く固定しなければならないので、該スプリングリングの配置を中心孔の上部だけでなく複数本設けなければならない。上部の円筒形棒浮きの形は、[0023]に記載の如く先細形や先太形やストレ−ト形等がある。     In addition to the B type through rod floating embodiment described in the above [0025], a claw (pin) is protruded from the outer surface of the lower through pipe, and the pipe is moved from the upper end so as to match the claw. A groove is formed by digging a groove in the shape of L to form a mounting pipe, and a claw on the outer surface of the lower inner pipe is inserted into the groove of the mounting pipe and turned, and a claw is formed in an upward groove in the innermost part. Is fixed by inserting and fitting. In addition, as shown in FIG. 20 (a), a ring-shaped claw is protruded on the upper outer periphery of the lower through pipe, and the center hole of the inverted conical weight or the fall prevention is fitted so as to match the protruding object. There is a method in which a ring-shaped groove is dug above the center hole of the inner tube portion, and a spring ring is pivotally provided therein, so that the spring ring is inserted in a click-like manner due to the elastic properties of the spring ring. The spring ring attached to the upper part of the center hole of the inverted conical weight or fall prevention device by inserting the lower through pipe into the center hole by inserting the lower through pipe into the center hole due to the elastic nature of the spring ring And the ring-shaped claw protruding from the upper outer periphery of the lower through pipe abuts, and by further pushing the lower through pipe, it is pushed by the ring-shaped claw to open a hole in the spring ring, and the ring-shaped The pawl passes through the spring ring. After passing through, the spring ring will be reduced in size due to the elastic nature of the hole. This prevents the inverted conical weight or fall prevention device from exiting the lower through pipe. By pulling in the opposite direction to remove, the lower through pipe comes out. In the case of the fall prevention device, since the through-feed bait basket in the B type must be fixed so strongly that it can be hung, the arrangement of the spring rings must be provided not only above the center hole but also in plurals. The shape of the upper cylindrical rod float may be a tapered shape, a tapered shape or a straight shape as described in [0023].

部品の他の実施例4Other Embodiment 4 of Parts

Bタイプ中通し撒き餌カゴのその他の実施例である。まず、[0008]に記載の「カゴ本体上部の外周に浮力材を設けた」の方法の一例として、輪型浮きを天井部上方に伸びた縁に螺着するタイプを[発明を実施するための最良の形態]の中に具体的にBタイプ中通し撒き餌カゴの一形態として記載したが、その他に、浮力の大きな材料がネジ山が作れるくらいに丈夫な材料であれば、輪形浮きの基礎材と浮力の大きな材料を一つの材料で輪形に形成して一体成形して作ることが出来る。例えば、硬質発砲合成樹脂・バルサ材・カ−ボン・硬質発砲プラスチック等である。これらのことは図12より簡単に想像できるので図は省略する。その他の実施例として、上記[0026]において記載した他の実施例と同じようにこのBタイプ中通し撒き餌カゴにおいても、天井部上方に伸びた縁の外面に爪(ピン)を突設して、その爪を輪形浮きの基礎材の輪の内面にLの形に掘った溝に嵌着することにより固定する方法がある。あるいは逆に輪形浮きの基礎材より爪(ピン)を基礎材の輪の内面に突設して、その爪を天井部上方に伸びた縁の外面上端部よりLの形に掘った溝に嵌着することにより固定する方法がある。その他には、図20(b)の如く、天井部上方に伸びた縁の外周にリング状の爪を突設して、該突設物に合致するように輪形浮きの基礎材の輪の内面にスプリングリングを枢着して設けることにより、スプリングリングの弾性性質によりカチット式に挿着する方法がある。スプリングリングの弾性性質によりカチット式に挿着する方法とは、輪形浮きをBタイプ中通し撒き餌カゴの下から挿通することにより、天井部上方に伸びた縁の下部外周に突設したリング状の爪と輪形浮きの基礎材の輪の内面の中位に設けたスプリングリングとが当接し、さらに輪形浮きを押し上げることにより上記[0026]と同様にカチット式に挿着することができる、取り外すときは逆に押し下げることにより輪形浮きは抜け出る。このようにすることにより浮力の調整を釣り具を組み立てた後にできる(つまり、釣りをしている途中で輪形浮きだけを交換することができる)という効果がある。上記各々の実施例はBタイプ中通し撒き餌カゴだけに限らずAタイプ中通し撒き餌カゴの天井部を上方に伸びた縁にすれば同じようにできる。その他の実施例として、[0008]に記載の「天井部中央の孔の外周‥‥に浮力材を設けた」の一例として、図13の如く、浮力の大きな材料を包み込んで天井を形成することで固着するタイプを[実施例2]の中に例示したが、その他に、図14のように浮力の大きな材料を天井部中央の孔の外周で頭部の下面に接着剤により接着させ、さらに筒体の頭部側面よりリング状の爪を突設して、接着させた浮力の大きな材料に食い込ませる方法で固着させる方法がある。図14のような天井部を作る場合、図14(a)では浮力が不足するときは図14(b)のように浮力の大きな材料の量(浮力)を調節することができる。図14のように天井中央の穴の丈寸法cを変えないで浮力の大きな材料の量を増やすのは、棒浮きが上から下へ、あるいは、下から上へ天井中央の穴を通過し易くするためである。     It is another Example of the B type inside through bait basket. First, as an example of the method of “providing a buoyant material on the outer periphery of the upper part of the basket body” described in [0008], a type in which a ring-shaped float is screwed to an edge extending above a ceiling portion [for carrying out the invention] The best form is a type of through-type bait basket in B type. However, if a material having a large buoyancy is strong enough to form a screw thread, the basics of the ring-shaped float are described. A material and a material having a large buoyancy can be formed into a ring shape from one material and integrally molded. For example, hard foam synthetic resin, balsa material, carbon, hard foam plastic, and the like. Since these can be easily imagined from FIG. 12, the illustration is omitted. As another embodiment, similarly to the other embodiments described in the above [0026], in the type B through-feed bait basket, claws (pins) are protruded from the outer surface of the edge extending upward from the ceiling. There is a method in which the claws are fixed to the inner surface of the ring of the ring-shaped floating base material by fitting the claws into grooves formed in an L shape. Or, conversely, a claw (pin) is protruded from the ring-shaped floating base material on the inner surface of the base material ring, and the claw is fitted in a groove dug into an L shape from the upper end of the outer surface of the edge extending upward from the ceiling. There is a method of fixing by wearing. In addition, as shown in FIG. 20 (b), a ring-shaped claw is protruded on the outer periphery of the edge extending upward from the ceiling portion, and the inner surface of the ring of the base material of the ring-shaped floating so as to match the protruding object. There is a method in which a spring ring is pivotally mounted on the spring ring, and the spring ring is inserted in a click manner due to the elastic properties of the spring ring. The method of inserting in the form of a click due to the elastic properties of the spring ring is that a ring-shaped float is inserted through the B type from below the bait basket, and a ring-shaped projection protruding from the lower outer periphery of the edge that extends above the ceiling The pawl and the spring ring provided on the inner surface of the ring of the base material of the ring-shaped float come into contact with each other, and the ring-shaped float can be further pushed up to be inserted in a click-like manner as in the above [0026]. On the contrary, the ring float comes out by pushing down. By doing so, there is an effect that the buoyancy can be adjusted after the fishing gear has been assembled (that is, only the ring-shaped float can be replaced during fishing). In each of the above-described embodiments, the same applies if the ceiling of the type A through-feed bait is not limited to the type B through-feed bait, and the ceiling of the basket is provided with an upwardly extending edge. As another example, as shown in FIG. 13, as an example of “the buoyancy material is provided on the outer periphery 孔 of the hole at the center of the ceiling” described in [0008], a material having a large buoyancy is wrapped to form the ceiling. In the second embodiment, the type of fixing is shown in FIG. 14. In addition, as shown in FIG. 14, a material having a large buoyancy is bonded to the lower surface of the head at the outer periphery of the hole at the center of the ceiling with an adhesive. There is a method in which a ring-shaped claw is protruded from the side surface of the head of the cylindrical body and fixed by a method of biting into a material having a large buoyancy. In the case of making the ceiling as shown in FIG. 14, when the buoyancy is insufficient in FIG. 14A, the amount of buoyant material (buoyancy) can be adjusted as shown in FIG. 14B. As shown in FIG. 14, increasing the amount of material having a large buoyancy without changing the length dimension c of the hole at the center of the ceiling makes it easier for the bar float to pass through the hole at the center of the ceiling from top to bottom or from bottom to top. To do that.

部品の他の実施例5Other Embodiment 5 of Parts

連結具は[0012](請求項5)に記載のコイル状バネ付蝶番で一例を示した、つまり、[0017]の中で詳細に記載しているので省略、その他の実施例はコイル状バネ・蝶番・リング・丸環等がある。蝶番とは開き戸や開きぶたなどが開閉できるようにとりつける金具である、蝶の羽みたいな2枚の平板の端部をカ−リングして軸受け部を形成し、2枚の平板の軸受け部が互い違いに中心軸に在るように加工して、該軸受け部の中心軸に軸(ピン)を挿通して設け、2枚の平板が該軸(ピン)を支点として回転可能に結合したものである。次に、リングとは[実施例2][0021]の中で詳細に記載しているので省略、リングのその他の実施例として図19の中の右上に図示しているように、リングの一部分がBタイプ中通し撒き餌カゴの開口部縁に埋まることにより固着させる方法がある、その場合もリングの両端の接合部は溶接あるいはハンダ付けで強く固着しなければならない、次に、丸環は図18及び図4(a)より明らかである、この丸環の材料は弾性性質の線材(ピアノ線・ステンレス等)であること、この弾性性質により、底蓋の端部に開けたリング・丸環用穴を丸環が挿通することで連結されている底蓋を外す(弾性性質の線材でできた丸環の端を股開きしてその隙間に底蓋の端部を差し込み丸環の線材に沿ってもう一方の端まで擦動することで)ことができる。つまり、Bタイプ中通し撒き餌カゴと底蓋とを分離することができる。ゆえにBタイプ中通し撒き餌カゴあるいは底蓋どちらかが壊れたとき、あるいは釣り場の状況を見て釣り仕掛けを変えたいとき、簡単に交換することができるという効果がある。また、Bタイプ中通し撒き餌カゴの開口部縁と底蓋の端部に開けたリング・丸環用穴のサイズi(図13・図14・図15参照)、丸環の幅のサイズj(図4a参照)との間の関係はi>jの関係でなければならない。次に、コイル状バネとは、弾性材料の線材をカ−リングしてコイルの形に形成されたバネで、元の状態に戻るという形状記憶の機能を持った連結具で、Bタイプ中通し撒き餌カゴも底蓋も同じ線材でできている場合に用いる。コイル状バネの中心軸に線材でできたBタイプ中通し撒き餌カゴの開口部縁の線材と、線材でできた底蓋の端部の線材の両方の線材を挿通してコイル状バネの中心軸と成す、そしてコイル状バネ両端の線材を各々180度別の方向に折り曲げて延長し、該折り曲げた線材の一方を線材でできたBタイプ中通し撒き餌カゴの筒体に、他方の折り曲げた線材を線材でできた底蓋に当接させて固着(ハンダ付け・溶接・接着剤等である)する。そのときの底蓋とBタイプ中通し撒き餌カゴの開口部縁との開口角度を90度にする。コイル状バネ付蝶番と同じ機能及び効果を持ったコイル状バネである。ここで注意しなければならない事は、連結具がコイル状バネ付蝶番・コイル状バネ・蝶番の場合は心配いらないが、連結具がリングあるいは丸環の場合は、底蓋とBタイプ中通し撒き餌カゴの開口部縁とが擦れてその間の隙間から撒き餌が零れ落ちやすくなる、それで底蓋の直径をBタイプ中通し撒き餌カゴの開口部縁の外径よりも十分に大きくして擦れても隙間ができないようにする。つまり、リングあるいは丸環により連結された底蓋の直径をサイズQ、コイル状バネあるいはコイル状バネ付蝶番あるいは蝶番により連結された底蓋の直径をサイズP、Bタイプ中通し撒き餌カゴの枠の外径をOとすれば、Q>P≧Oの関係が成り立つようにしなければならない。   An example of the connection tool is the hinge with a coiled spring described in [0012] (Claim 5), that is, it is omitted because it is described in detail in [0017], and other embodiments are coiled springs. -There are hinges, rings, and rings. A hinge is a metal fitting that can be used to open and close a hinged door or a hinged lid. The ends of two flat plates, such as butterfly wings, are curled to form a bearing. The bearings are machined so that they are alternately located on the center axis, and a shaft (pin) is inserted through the center axis of the bearing portion, and two flat plates are rotatably coupled with the shaft (pin) as a fulcrum. is there. Next, the ring is described in detail in [Embodiment 2] [0021], and is omitted. As another embodiment of the ring, as shown in the upper right of FIG. There is a method of fixing by burying it in the opening edge of the through bait basket in the B type, in which case the joint at both ends of the ring must be firmly fixed by welding or soldering, 18 and FIG. 4 (a), the material of this ring is an elastic wire (piano wire, stainless steel, etc.). Due to this elastic property, a ring or ring opened at the end of the bottom lid. Remove the bottom cover that is connected by inserting the ring into the hole for the hole (open the end of the ring made of wire with elastic properties, insert the end of the bottom cover into the gap and insert the wire into the wire of the ring Rubbing along to the other end) . That is, the bait basket and the bottom lid can be separated from each other. Therefore, when either the bait basket or bottom cover in the B type is broken, or when it is desired to change the fishing tackle while observing the fishing ground conditions, it is possible to easily change the fishing tackle. In addition, the size i of the hole for the ring / circular ring (see FIGS. 13, 14, and 15) opened in the edge of the opening portion of the through-type bait basket and the end of the bottom lid, and the size j of the width of the circular ring ( 4a) must be i> j. The coil spring is a spring formed into a coil shape by curling a wire made of an elastic material, and is a connecting tool having a shape memory function of returning to an original state. Used when the bait basket and bottom cover are made of the same wire. The central axis of the coiled spring is inserted through both the wire at the edge of the opening of the type B through basket made of wire and the wire at the end of the bottom lid made of wire. Then, the wires at both ends of the coil spring are bent and extended in different directions by 180 degrees, and one of the bent wires is placed on a cylinder of a type B bait basket made of wire and the other is bent. Abut on a bottom cover made of a wire material and fix (for example, soldering, welding, or an adhesive). At this time, the opening angle between the bottom cover and the opening edge of the through-type bait basket is set to 90 degrees. This is a coil spring having the same function and effect as the hinge with the coil spring. It should be noted here that if the connecting tool is a hinge with a coiled spring, a coiled spring, or a hinge, there is no need to worry. The bait is rubbed against the opening edge of the basket, and the bait is easy to spill from the gap between them.Therefore, even if the diameter of the bottom lid is sufficiently larger than the outside diameter of the opening edge of the bait basket through the B type, the bait can be scattered. Not be able to. That is, the diameter of the bottom lid connected by a ring or a ring is the size Q, the diameter of the coiled spring or the hinge with the coiled spring or the bottom lid connected by the hinge is the size P, If the outer diameter is O, the relationship Q> P ≧ O must be satisfied.

部品の他の実施例6Other Embodiment 6 of Parts

バランシング重りの実施例は、まず、[発明を実施するための最良の形態]の中にBタイプ中通し撒き餌カゴの開口部縁に開けた穴の中でリベット形重りとキャップを嵌合して嵌着する方法を示した、その他の実施例として[実施例2]の中に固着する場合を例示した、それはリベット打ち込みによる固着である。その他のバランシング重りの実施例として板重りがある、Bタイプ中通し撒き餌カゴが線材でできている場合に、網の目状の筒体の最下部の横線材と下から2番目の横線材の間に板重りを巻付けて、さらに接着剤で固着する方法である。Bタイプ中通し撒き餌カゴが合成樹脂やプラスチック等でできている場合でも、図19で図示しているように筒体の最下部の穴と穴の間に板重りを巻付けて、さらに接着剤で固着することにより固着することができる。その他のバランシング重りの実施例として、バランシング重りの機能を持ち合わせた金属縁がある、それは図19の斜視図の如く、金属縁の板をBタイプ中通し撒き餌カゴの開口部縁に被せて接着剤により接着させて固着するあるいは縁に金属縁の板の両端を食い込ませ(金属縁は金属平板を曲げて作るのだが、ただ被せるだけでなく、曲げられた金属平板の先端部をさらに曲げて爪を形成し、その爪を縁に食い込ませる)固定する。この金属縁の役割は2つある、1つはバランシング重りの役割、もう1つはつけ餌ポケットの無いタイプの底蓋を用いるとき、つけ餌を付けた釣り針のその先をこの金属縁と切り開き部先端の金属板の間に挟んで釣り具を投げることにより、釣り針がBタイプ中通し撒き餌カゴの縁に引っ掛かるのを防ぐ役割である。     In the embodiment of the balancing weight, first, in [Best Mode for Carrying Out the Invention], a rivet-shaped weight and a cap are fitted in a hole formed in the opening edge of the through-type bait basket. As another embodiment showing the method of fitting, the case of fixing in [Example 2] is illustrated, which is fixing by rivet driving. As another example of the balancing weight, there is a plate weight, and when the bait basket through which the type B is to be scattered is made of a wire, the bottom horizontal wire and the second horizontal wire from the bottom of the mesh-shaped cylindrical body are used. This is a method in which a plate weight is wound therebetween and further fixed with an adhesive. Even when the bait basket is made of synthetic resin, plastic, or the like, as shown in FIG. 19, a plate weight is wrapped between the bottom holes of the cylindrical body, and the adhesive is further added. Can be fixed. Another example of a balancing weight is a metal rim having the function of a balancing weight, as shown in the perspective view of FIG. The metal edge is made by bending the metal plate. The metal edge is made by bending the metal plate. Is formed, and the nail is cut into the edge). There are two roles of this metal rim, one is the role of balancing weight, and the other is to cut the tip of the baited hook with this metal rim when using the bottom lid without bait pocket. By throwing the fishing tackle between the metal plates at the tip of the part, the hook prevents the hook from being caught on the edge of the bait basket through the B type.

部品の他の実施例7Other Embodiment 7 of Parts

つけ餌ポケットを用いるタイプの底蓋の実施例は、まず、[発明を実施するための最良の形態]の中につけ餌ポケットを底蓋の下面に固定する場合を記載した、それはレ−ルにつけ餌ポケットを挿着することにより固定する方法である。その他の実施例として、[実施例2]の中につけ餌ポケットを底蓋の下面に固着する場合を例示した、底蓋の下面につけ餌ポケットを接着剤により固着する方法である。いずれの場合も、底蓋の材料は合成樹脂・プラスチック等である。その他の実施例として、底蓋が細目の金属メッシュの線材でできている場合がある、つけ餌ポケットの材料は[実施例2]のつけ餌ポケットと同じセラミック・アルミニウム・黄銅・真鍮等であるが固着する方法が違う、底蓋に固着する方法はハンダ付けあるいは溶接である、また[発明を実施するための最良の形態]の挿着タイプの場合、レ−ルを上記の如く固着する方法はハンダ付けあるいは溶接にする。次に、重り掛合用堤の実施例は[0016][0021]共に、いずれの場合も材料はゴム弾性性能のある天然ゴム・合成ゴム・エラストマ−ゴム等であり、固着する方法は接着剤であったが、その他の実施例として、底蓋が細目の金属メッシュの線材でできている場合で、[部品の他の実施例2][0024]の中で記載した受け皿と同じように、重り掛合用堤の側面に、底蓋の線材を差し込んで、埋設させて固着する方法である。この場合の重り掛合用堤の材料は、ゴム弾性性能のあるゴム類ではなく合成樹脂・プラスチック等である。ここで注意しなければならない事は、つけ餌ポケットの有るタイプの中でつけ餌ポケットが金属類でできている場合、底蓋を切欠き部先端部に固着しているので、底蓋の切欠き部先端に近い位置に重心があるように工夫する必要はないが、つけ餌ポケットの有るタイプの中でつけ餌ポケットが軽い材料で作られている場合(つけ餌ポケット挿着して固定するタイプと底蓋とつけ餌ポケットを一体成形するタイプ)は、釣り具が着水後、Bタイプ中通し撒き餌カゴが海底へと沈むとき底蓋が開かない可能性が高いので、底蓋の切欠き部先端に近い位置に重心があるように工夫する必要がある。その方法は下記[0031]に記載と同じなので省略。   In the embodiment of the bottom lid of the type using the bait pocket, first, the case where the bait pocket is fixed to the lower surface of the bottom lid in [Best Mode for Carrying Out the Invention] is described. It is a method of fixing by inserting a bait pocket. Another embodiment is a method of fixing the bait pocket to the lower surface of the bottom cover with an adhesive, as exemplified in [Example 2] in which the bait pocket is fixed to the lower surface of the bottom cover. In any case, the material of the bottom lid is a synthetic resin, plastic, or the like. As another embodiment, the bottom lid may be made of fine metal mesh wire. The material of the bait pocket is the same ceramic, aluminum, brass, brass, etc. as the bait pocket of [Example 2]. The method of fixing to the bottom lid is soldering or welding, and in the case of the insertion type of [Best Mode for Carrying Out the Invention], the method of fixing the rail as described above Is soldered or welded. Next, the embodiments of the weight embankment are both [0016] and [0021], and in each case, the material is natural rubber, synthetic rubber, elastomer rubber, or the like having rubber elasticity. However, as another embodiment, the bottom lid is made of a fine metal mesh wire, and the weight is the same as the tray described in [Other Embodiment 2 of Parts] [0024]. In this method, the wire of the bottom lid is inserted into the side wall of the hanging levee, buried and fixed. In this case, the material of the weight embankment is not a rubber having a rubber elasticity but a synthetic resin or a plastic. It is important to note that if the bait pocket is made of metal among the types that have bait pockets, the bottom lid is fixed to the notch tip. It is not necessary to devise a center of gravity near the tip of the notch, but if the bait pocket is made of a light material among the types with bait pockets (insert and secure the bait pocket In the case of the type, the bottom lid and the bait pocket are integrally molded, the bottom lid is not likely to open when the bait basket is sunk to the sea floor after the fishing gear has landed. It is necessary to devise so that the center of gravity is located near the tip of the notch. The method is the same as that described in [0031] below, and is omitted.

つけ餌ポケットの無いタイプの底蓋の実施例は、つけ餌ポケットを用いるタイプの底蓋の場合は重り掛合用堤を設けたが、その他の実施例として図19のように底蓋の中央部を窪ませることができる。その理由は、重り掛合用堤は、釣り具を投げるとき道糸を牽引することによりサオ重り・突き飛ばしオモリ等は揺動しないようにする、それと底蓋を確実に閉止状態に保持する、それが主たる目的である。重り掛合用堤の従たる目的として、サオ重りのサオあるいは第2のタイプの突き飛ばしオモリの下端の輪に連結した長い線材がつけ餌ポケットに強く当たることを防ぐという目的がある。釣り具を投げるとき底蓋の下面に設けた、サオあるいは下端の輪に連結された長い線材を重り掛合用堤の土手の高さの分だけより長く離すことによりつけ餌ポケットに強く当たる可能性が低くなる、という従たる目的がある。ゆえにつけ餌ポケットが無いとなると、従たる目的は考えなくてよくなる、ゆえに窪みに掛合しても主たる目的を達成することができるので、その他の実施例とすることができる。具体的には、図10・図19はリングにより連結された場合、図18(a)は丸環により連結された場合、図18(b)はコイル状バネ付蝶番により連結された場合を図示している。つけ餌ポケットの無いタイプで問題となるのは底蓋の材料が合成樹脂・プラスチック等の軽い材料で作られている場合である。コイル状バネ・コイル状バネ付蝶番で連結されていれば、バネの弾性力による形状記憶の機能があるので確実に底蓋は開くが、リング・丸環・蝶番で連結されている場合、Bタイプ中通し撒き餌カゴが海底へと沈むその力で海水が蓋を閉めようとするので底蓋が開かない可能性が高い、それで底蓋の切欠き部先端に近い位置に重心があるようにする。具体的には図19(a)のように底蓋本体の平板である切欠き部先端を楔形に加工して、該先端部に金属類のキャップを冠着て固着する。あるいは図19(b)のように底蓋の切欠き部先端の形に成形した金属類の板を本体の方向を楔形に加工して、該楔形を底蓋本体の平板で挟んで固着する。あるいは図18(a)のように、金属類の板の本体方向を挟んだり底蓋本体の平板で挟んだりをジグザグに交互に繰り返すことにより、底蓋本体と切欠き部先端の形の金属板との接触面積を多くすることにより強固に固着する。固着する方法は上記3例とも接着剤による固着あるいはリベット打ち込みによる固着あるいは該ふたつの方法を併用して固着する等々の方法がある。ここで注意しなければならないことは、上記金属類の板でもつけ餌ポケットで金属類でできているでもあるいは金属縁でも金属類は全て黒あるいはそれに近い黒っぽい目立たない色に着色しなければならない。ただし、警戒心の少ない魚や青物魚を釣る場合はその必要はない。   In the embodiment of the bottom lid of the type without the bait pocket, in the case of the bottom lid of the type using the bait pocket, a weight embankment is provided, but as another embodiment, as shown in FIG. Can be recessed. The reason for this is that the weight embankment pulls the fishing line when throwing fishing gear, so that the weight of the fish, the flying weight, etc. do not swing, and that the bottom lid is securely closed. The main purpose. A secondary purpose of the weight embankment is to prevent a long wire rod connected to the lower loop of the weight of the weight or the weight of the weight of the second type from strongly hitting the bait pocket. Possibility of hitting bait pockets when throwing fishing gear by separating the long wire connected to the lower surface or the lower ring provided on the lower surface of the bottom cover longer by the height of the bank of the weight embankment Has the secondary purpose of reducing Therefore, if there is no bait pocket, there is no need to consider the secondary purpose. Therefore, the main purpose can be achieved even if the pocket is hooked, so that another embodiment can be achieved. More specifically, FIGS. 10 and 19 show the case where they are connected by a ring, FIG. 18 (a) shows the case where they are connected by a ring, and FIG. 18 (b) shows the case where they are connected by a hinge with a coiled spring. Is shown. A problem with the type without the bait pocket is that the bottom lid is made of a light material such as synthetic resin or plastic. If the connection is made by a coiled spring or a hinge with a coiled spring, the bottom lid is opened securely because there is a function of shape memory by the elastic force of the spring. It is likely that the bottom lid will not open because the seawater tries to close the lid with its power that the bait basket sinks to the sea floor throughout the type, so that there is a center of gravity near the notch tip of the bottom lid . Specifically, as shown in FIG. 19A, the notch tip, which is a flat plate of the bottom lid body, is processed into a wedge shape, and a metal cap is attached to the tip and fixed. Alternatively, as shown in FIG. 19B, a metal plate formed into the shape of the notch tip of the bottom cover is processed into a wedge shape in the direction of the main body, and the wedge shape is sandwiched and fixed by the flat plate of the bottom lid main body. Alternatively, as shown in FIG. 18A, the metal plate having the shape of the bottom cover body and the front end of the notch is formed by alternately zigzagging the metal plate in the body direction or the bottom cover body in a zigzag manner. It is firmly fixed by increasing the contact area with it. In all three examples, there is a method of fixing with an adhesive, a method of fixing with a rivet, or a method of fixing the two methods together. It should be noted here that the metal plate must be colored black or similar inconspicuous color at the metal edge, even if the metal plate is made of metal in the bait pocket or the metal edge. However, this is not necessary when catching low vigilance or blue fish.

海釣りを想定し、とりわけ磯釣りの深場の魚釣り仕掛けとして開発していますが、磯以外の釣り場でも使えるのはあたりまえで、海以外に湖・川の淡水魚(フナ・こい・ナマズ・ウナギ等)を釣るときの釣り仕掛けとして用いることができる。   Assuming sea fishing, it has been developed especially as a fishing device in the depths of shore fishing, but it is obvious that it can be used at fishing places other than the shore, and freshwater fish (Funa, koi, catfish, eel etc.) of lakes and rivers besides the sea ) Can be used as a fishing tackle when fishing.

[発明を実施するための最良の形態]記載の釣り具の斜視図BEST MODE FOR CARRYING OUT THE INVENTION 先細形Aタイプ中通し棒浮きの斜視図及びA−A′縦断面図Perspective view of A-type tapered through-hole floating and AA 'longitudinal sectional view Bタイプ中通し撒き餌カゴの輪型浮き螺着型の正面図及びB−B′縦断面図Front view and B-B 'vertical cross-sectional view of the ring type floating screw type of the B-type medium through bait basket (a)丸環の正面図及び右側面図、(b)嵌着タイプバランシング重りの嵌着説明図(リベット形重りの種々)(A) Front view and right side view of a ring, (b) Explanatory drawing of fitting type balancing weight (various types of rivet type weights) 上半分:連結具のコイル状バネ付蝶番の拡大正面図・右側面図、下半分:[発明を実施するための最良の形態]の中の底蓋の使用状態の正面図・右側面図Upper half: enlarged front view / right side view of the hinge with a coiled spring of the coupling tool, lower half: front view / right side view of the use state of the bottom lid in [Best Mode for Carrying Out the Invention] 上部:挿着タイプつけ餌ポケット挿着説明図(挿着タイプのつけ餌ポケットの種々)、中部:挿着タイプのつけ餌ポケットの正面図・右側面図・底面図及びレ−ルの底面図、下部:連結具蝶番とつけ餌ポケット挿着タイプの底蓋の使用状態の正面図・右側面図Top: Insertion type bait pocket insertion illustration (various types of insert type bait pockets), Middle: Front view, right side view, bottom view of insert type bait pocket, and bottom view of rail , Bottom: Front view and right side view of the use condition of the bottom lid of the connecting hinge and the bait pocket insertion type [実施例1]記載のAタイプ中通し棒浮き及びAタイプ中通し撒き餌カゴを 用いた釣り具の斜視図[Example 1] A perspective view of a fishing tackle using the A type through rod floating and A type through through bait basket described in [Example 1]. 上半分:サオ重りのサオとサオ重り縦断面図及びサオ挿着説明図(a)(b)、下半分:サオ重り縦断面図による使用状態説明図(c)(d)Upper half: sao weight sao and sao weight longitudinal sectional view and sao insertion explanatory view (a) (b), lower half: sao weight longitudinal sectional view explanatory drawing (c) (d) (a)十字架サルカンの拡大正面図・平面図、(b)平板のその他の実施例の平面図(A) Enlarged front view and plan view of a cross sarkan, (b) Plan view of another embodiment of a flat plate [実施例2]記載の釣り具の斜視図[Embodiment 2] A perspective view of the fishing tackle described in [Example 2]. Aタイプ中通し棒浮きの他の実施例の斜視図(a)・(b)Perspective views (a) and (b) of another embodiment of the A type through-hole floating. [請求項6]記載のBタイプ中通し棒浮きの斜視図による逆円錐形重り及び下落防止具の螺着説明図[Claim 6] Explanatory drawing of an inverted conical weight and a fall prevention device by a perspective view of a B-type through rod floating described in [Claim 6]. Bタイプ中通し撒き餌カゴ部品の他の実施例で浮力の大きな材料を天井部に包み込むことによる固着の斜視図及びC−C′縦断面図A perspective view and a CC 'vertical cross-sectional view of another embodiment of the B-type through-feed bait basket part, in which a material having a large buoyancy is wrapped around the ceiling to secure the bait. (a)Bタイプ中通し撒き餌カゴ部品の他の実施例で浮力の大きな材料をリング状爪を突設することによる天井部に固着の斜視図及びD−D′縦断面図(b)部分縦断面による浮力増加(量)の説明図(A) A perspective view and a DD ′ vertical cross-sectional view of a type B through-type bait basket part in which a material having a large buoyancy is fixed to a ceiling portion by projecting a ring-shaped claw in another embodiment of the bait basket part. Illustration of buoyancy increase (amount) by surface (a)底蓋でつけ餌ポケット有タイプに重り掛合用堤を設けた正面図・右側面図、(b)底蓋でつけ餌ポケット有タイプに窪を設けた正面図・右側面図、(c)底蓋でつけ餌ポケット無しタイプに窪を設けた正面図・右側面図(A) Front view and right side view in which a weight hanging dike is provided in the type with a bait pocket with a bottom lid, (b) Front view and right side view in which a hollow is provided in the type with a bait pocket with a bottom lid, ( c) Front view and right side view of the bottom lid with no bait pocket and a recess 第一のタイプの突き飛ばしオモリの拡大正面図・平面図・底面図及びE−E′縦断面図Enlarged front view, plan view, bottom view, and EE 'vertical cross-sectional view of the first type of flying weight 第二のタイプの突き飛ばしオモリの正面図・平面図・底面図・左側面図及び縦断面図による説明図Explanatory drawing by front view, plan view, bottom view, left side view, and vertical sectional view of the second type of skipping weight (a)つけ餌ポケット無しタイプに窪を設けたその他の実施例で丸環と切欠き部先端に金属板を設けた底蓋の使用状態の正面図・右側面図、(b)つけ餌ポケット無しタイプに窪を設けたその他の実施例でコイル状バネ付蝶番の連結具と底蓋の使用状態の正面図・右側面図(A) A front view and a right side view of a use state of a bottom lid provided with a circular plate and a metal plate at the end of a notch in another embodiment in which a hollow is provided in a type without a bait pocket, and (b) a bait pocket Front view and right side view of the use state of the coupling and the bottom lid of the hinge with a coiled spring in the other embodiment in which the hollow is provided in the non-type 上半分:バランシング重りの板重りと金属縁の斜視図と断面図による作動慨念図、下半分:[図15](c)と[図18](a)に図示したつけ餌ポケット無しタイプに窪を設けたその他の実施例で切欠き部先端に金属板を固着する場合の正面図・右側面図Upper half: operation conception diagram with perspective and cross-sectional views of the plate weight and metal edge of the balancing weight, lower half: a type without bait pocket shown in [FIG. 15] (c) and [FIG. 18] (a). Front view and right side view when a metal plate is fixed to the notch tip in another embodiment with a recess (a)Bタイプ中通し棒浮きに逆円錐形重りをカチット式挿着の拡大図による説明図、上−斜視図 下−断面図、(b)Bタイプ中通し撒き餌カゴの本体上部の外周に輪型浮きをカチット式挿着の説明図、上−斜視図 下−断面図、中央にスプリングリングの斜視図(A) Explanatory view of the inverted conical weight on the float of the B-type through rod in an enlarged view of the click-type insertion, upper-perspective view, lower-cross-sectional view, (b) on the outer periphery of the upper part of the body of the B-type through-feed bait basket Explanatory drawing of a click-type insertion of a ring type float, upper-perspective view Lower-cross-sectional view, perspective view of a spring ring in the center [発明を実施するための最良の形態]記載の釣り具の一連の動作の作動状態説明図Operational state explanatory view of a series of operations of the fishing tackle described in [Best Mode for Carrying Out the Invention] 第二のタイプの突き飛ばしオモリを用いた釣り具の一連の動作の作動状態説明図Operational state explanatory diagram of a series of operations of a fishing tackle using a second type of pushing weight Bタイプ中通し棒浮きに下落防止具を設けた釣り具の一連の動作の作動状態説明図Operating state explanatory view of a series of operations of a fishing tackle provided with a fall prevention tool on the type B floating through the floating rod

符号の説明Explanation of reference numerals

1 円筒形棒浮き
2 逆円錐形重り
3 中通しパイプ
4 中通し撒き餌カゴ天井の窪みの上面 5 Bタイプ中通し撒き餌カゴの開口部縁
6 上方に伸びた縁
7 輪形浮きの基礎材
8 輪形浮きの基礎材に固着する浮力の大きな材料
9 丸環
10 リベット形重り
11 リベット形重り嵌合用キャップ
12 コイル状バネ
13a 蝶番の平板(コイル状バネ付蝶番の)
13b 蝶番の平板(蝶番の)
14 軸(ピン)
15 リベット打ち込み用穴
16 鉤状レ−ル
17 挿着タイプのつけ餌ポケット
18 つけ餌ポケットの空気抜き穴
19 台座の端の爪
20a 重り掛合用堤(Aタイプ中通し撒き餌カゴ用)
20b 重り掛合用堤(Bタイプ中通し撒き餌カゴ用)
21 受け皿
22 胴部の側蓋
23 線材でできた止め金具
24 ヒンジ部(多重コイル)
25 天井部中央の孔の外周に設けた浮力材
26a上端の輪(サオ重りの)
26b上端の輪(第二のタイプの突き飛ばしオモリの)
27 スプリングバネ
28a 重錘を包む摩耗に強い材料(サオ重り用)
28b 重錘を包む摩耗に強い材料(突き飛ばしオモリ用)
29a 重錘(サオ重り用)
29b 重錘(突き飛ばしオモリ用)
30 椀形に窪んだ金属板
31 球状物
32 球状物近くのカ−ブ
33a 小さな輪(サオ先端の)
33b 小さな輪(長い線材の先端)
34a下端の輪(サオ重りの)
34b下端の輪(第二のタイプの突き飛ばしオモリの)
35a 縁(椀形に窪んだ金属板の)
35b 縁(半球形に窪んだ金属板の)
36 平板平面
37 両腕
38 頭の部分の輪
39 足の部分の輪
40 円筒カバ−
41 取付めねじパイプ
42 下落防止具
43 下落防止具の内側筒部
44 下側中通しパイプに固着した取付おねじパイプ
45 バランシング重り(リベット打ち込み)
46aリング・丸環用穴(Bタイプ中通し撒き餌カゴの開口部縁に開けた)
46bリング・丸環用穴(底蓋の端部に開けた)
47 合成樹脂の筒体に開けた複数の透孔
48 天井部中央の孔の外周に設けた浮力材(リング状爪による固定)
49 リング状爪
50 切欠き部
51 固着タイプのつけ餌ポケット
52 金属類のキャップ
53 窪み(重り掛合用)
54 突き飛ばしオモリの鰭
55a中心孔(サオ重り用)
55b中心孔(突き飛ばしオモリ用)
56 半球形に窪んだ金属板
57 第二のタイプの突き飛ばしオモリの下端の輪につながれた長い線材
58 金属類の板(挟み込み型)
59 金属類の板(ジグザグ型)
60a リング
60b リング(Bタイプ中通し撒き餌カゴの開口部縁に埋設して固着した)
61 金属縁
62 板重り
63aスプリングリング(Bタイプ中通し棒浮きに用いる)
63bスプリングリング(輪形浮きをカチット式挿着するための)
64a外周に設けたリング状爪(Bタイプ中通し棒浮きに用いる)
64b外周に設けたリング状爪(輪形浮きをカチット式挿着するための)
DESCRIPTION OF REFERENCE NUMERALS 1 Cylindrical rod float 2 Inverted conical weight 3 Through-hole pipe 4 Upper surface of hollow in the ceiling of bait basket for through-diffusion 5 Edge of opening of type B through-hole bait basket 6 Edge that extends upward 7 Base material of ring-shaped float 8 Ring-shaped float Material with large buoyancy that adheres to the base material of the above 9 Round ring 10 Rivet type weight 11 Rivet type weight fitting cap 12 Coiled spring 13a Flat plate of hinge (of hinge with coiled spring)
13b Hinged plate (for hinge)
14 axes (pin)
15 Riveting hole 16 Hook-shaped rail 17 Insertion type bait pocket 18 Air vent hole of bait pocket 19 Claw at base end 20a Weight embankment (for type A through-type bait basket)
20b Weight embankment (for B-type through-feed bait basket)
DESCRIPTION OF SYMBOLS 21 Receiving tray 22 Body side lid 23 Stopper made of wire 24 Hinge part (multiple coils)
25 Buoyancy material provided on the outer periphery of the hole in the center of the ceiling 26a Upper ring (of weight)
26b upper end ring (of the second type of skipping weight)
27 Spring spring 28a A material resistant to abrasion surrounding the weight (for sao weight)
28b Abrasion resistant material that wraps the weight (for flying weights)
29a Weight (for sao weight)
29b Weight (for pushing weights)
30 Metal plate depressed in bowl shape 31 Spherical object 32 Carb near spheroidal object 33a Small loop
33b Small loop (tip of long wire)
34a lower ring (with weight)
34b lower end ring (of the second type of skipping weight)
35a rim (of a metal plate hollowed out in a bowl shape)
35b rim (of a hemispherically concave metal plate)
36 flat plate surface 37 both arms 38 head part ring 39 foot part ring 40 cylindrical cover
41 Female thread pipe for attachment 42 Fall prevention device 43 Inner cylindrical part of fall prevention device 44 Male thread pipe fixed to lower through pipe 45 Balancing weight (rivet driving)
Hole for 46a ring / ring (opened at the edge of the opening of the type B bait basket)
46b ring / ring hole (opened at the end of the bottom lid)
47 A plurality of through holes opened in a synthetic resin cylinder 48 A buoyancy material (fixed by a ring-shaped claw) provided on the outer periphery of the hole at the center of the ceiling
49 Ring-shaped claw 50 Notch part 51 Sticking type feeding pocket 52 Metal cap 53 Depression (for weight hanging)
54 Throwing-out fins 55a Central hole (for sao weight)
55b center hole (for skipping weights)
56 Metal plate depressed in a hemispheric shape 57 Long wire rod connected to the lower end ring of the second type of punching weight 58 Metal plate (sandwich type)
59 Metal plate (zigzag type)
60a ring 60b ring (embedded and fixed to the opening edge of the through-type bait basket in B type)
61 Metal edge 62 Plate weight 63a Spring ring (Used for floating B type through rod)
63b spring ring (for inserting a ring-shaped float into a click type)
Ring-shaped claw provided on the outer circumference of 64a (used for floating through-type B rod)
Ring-shaped claw provided on the outer circumference of 64b (for inserting a ring-shaped float into a click type)

Claims (7)

釣り竿の先端から釣り糸を伸ばし、その釣り糸には浮き止め、棒浮き、側蓋を有する撒き餌カゴ、重り及び釣り針を止着したあるいは十字架サルカンを介してサビキを設けその先に重錘を止着した釣り具において、上記側蓋を有する撒き餌カゴは中心軸上に棒浮きを抵抗なく挿通できる大きさの孔を上下に有し、かつ上部の中心軸上の孔(天井部中央の孔)の外周あるいは撒き餌カゴ本体上部の外周に浮力材を設けた中通し撒き餌カゴで、該中通し撒き餌カゴは内部に撒き餌を詰めた状態では海底へと沈むが、海中に投入後、カゴ内の撒き餌が海中に散らばった後は浮力材の働きにより海面へと浮上するように浮力材の量を調節し、浮上して棒浮きの上部の海面まで釣り糸に沿って円滑に移動及び通過して中通し撒き餌カゴの天井部が海面上に姿を表すことにより、釣り具が正常に作動していることを確認すると共に、釣り針からの魚信を撒き餌カゴに妨げられることなく棒浮きに伝える中通し撒き餌カゴである、また、上記の特徴に加えて下部の中心軸上の孔の周囲には、遠投時に撒き餌が振り出ないように受け皿を設け、かつ該受け皿に重りを掛合するための重り掛合用堤が設けてある、これをAタイプ中通し撒き餌カゴと名付ける、該Aタイプ中通し撒き餌カゴを上記側蓋を有する撒き餌カゴとして用いることを特徴とする釣り具。   A fishing line was extended from the tip of the fishing rod, and the fishing line was fixed with a retaining pad, a floating rod, a bait basket with a side lid, a weight and a fishing hook, or a sabiki via a cross sarkan and a weight attached thereto. In the fishing tackle, the bait basket having the side lid has upper and lower holes on the central axis that allow a rod float to be inserted without resistance, and the outer periphery of a hole on the upper central axis (a hole in the center of the ceiling). Alternatively, the scattered bait basket provided with a buoyancy material on the outer periphery of the upper part of the scattered bait basket main body, wherein the scattered bait basket sinks to the bottom of the sea when the scattered bait is packed inside, but after being thrown into the sea, the scattered bait in the basket is underwater. After it is scattered, the amount of buoyancy material is adjusted so that it floats to the sea surface by the action of the buoyancy material, and it floats and moves smoothly along the fishing line to the sea surface above the rod float, and passes through it, and the bait basket Ceiling is above sea level By displaying the figure, it is confirmed that the fishing gear is operating normally, and it is a medium bait basket that transmits the fish signal from the fishing hook to the floating rod without being hindered by the bait basket. In addition, around the hole on the lower central axis, a tray is provided so that the bait does not swing out at the time of long throw, and a weight embankment for applying a weight to the tray is provided. A fishing tackle, which is referred to as an A-type through-feed bait basket, wherein the A-type through-through bait basket is used as a sow bait basket having the side cover. 請求項1記載の釣り具の構成要素であるAタイプ中通し撒き餌カゴにおいて受け皿と重り掛合用堤を設けてあった底部に、撒き餌を詰めやすくするため開口部を開け、これをBタイプ中通し撒き餌カゴと名付ける、該Bタイプ中通し撒き餌カゴの開口部縁に連結具により底蓋を開閉可能に連結して設け、かつ、底蓋の対面の位置で開口部縁に底蓋の重さとバランスをとるためのバランシング重りを設けた、これをサブマリンカゴと名付ける、該サブマリンカゴの筒体が合成樹脂で筒体に複数の透孔が形成された形状である場合は、請求項1記載の釣り具の構成要素である重りは突き飛ばしオモリを用いる、該サブマリンカゴは内部に撒き餌を詰めた状態では海底へと沈むが、海中に投入後、カゴ内の撒き餌が海中に開散した後は浮力材の働きにより海面へと浮上するように浮力材の量を調節し、浮上して棒浮きの上部の海面まで釣り糸に沿って円滑に移動及び通過してサブマリンカゴの天井部が海面上に姿を表すことにより、釣り具が正常に作動していることを確認すると共に、釣り針からの魚信を撒き餌カゴに妨げられることなく棒浮きに伝える、また、上記底蓋には下面につけ餌ポケット及び重り掛合用堤を設けたものあるいは開閉を容易にするための重りを切欠け部先端に固着したものの2種類がある、請求項1記載の釣り具の構成要素であるAタイプ中通し撒き餌カゴに代えて上記サブマリンカゴを用いることを特徴とする請求項1記載の釣り具。   An opening is opened at the bottom of the fishing tackle according to claim 1, which is provided with a receiving tray and a weight embankment in the type A through-type bait basket, and the type B is through-type B. The bottom cover is openably and closably connected to the opening edge of the through-type bait basket, which is referred to as a sow bait basket, by a connecting tool, and the weight and balance of the bottom cover are provided at the opening edge at a position facing the bottom cover. The fishing weight according to claim 1, wherein a balancing weight for taking the weight is provided, and this is referred to as a submarine cage. When the cylindrical body of the submarine cage has a shape in which a plurality of through-holes are formed in the cylindrical body with a synthetic resin, the fishing according to claim 1. The weight, which is a component of the ingredient, uses a weight to fly away.The submarine basket sinks to the seabed when packed with bait inside, but after being thrown into the sea, the buoyant material after the bait in the basket spreads into the sea. Work of Adjust the amount of buoyancy material so that it rises to the surface of the sea, and move smoothly and pass along the fishing line to the sea surface above the bar float, and the ceiling of the submarine basket will appear on the sea surface As a result, while confirming that the fishing gear is operating normally, the fish signal from the fishing hook is transmitted to the bar float without being hindered by the bait basket. 2. The fishing tackle according to claim 1, wherein there are two types, one provided with a bank or one attached with a weight for facilitating opening and closing at the notch tip. 3. The fishing tackle according to claim 1, wherein a submarine basket is used. 請求項1あるいは請求項2の釣り具の構成要素である棒浮きにおいて、浮力の大きな材料で出来た円筒形棒浮きの中心孔に中通しパイプを貫通して貫設し、該貫設した中通しパイプの下部をさらに下方に伸ばした中通しパイプ、これを下側中通しパイプと名付ける、該下側中通しパイプに逆円錐形重りの中心孔を挿通し、逆円錐形重りと円筒形棒浮きの両方を中通しパイプに固着することにより逆円錐形重りの上面と円筒形棒浮きの下面との固着面が離れないようにした中通し棒浮き、これをAタイプ中通し棒浮きと名付ける、浮力の大きな材料でできた円筒形棒浮きの下部に重力の大きな材料でできた逆円錐形重りを設けて自立浮きに近い棒浮きにし、かつ下方に向かって先細りになっている逆円錐形重りの上面と円筒形棒浮きの下面との固着面の外周で段差を生じさせないようにすることにより、サブマリンカゴあるいはAタイプ中通し撒き餌カゴが浮上したとき通過しやすいようにした中通し棒浮きで、該Aタイプ中通し棒浮きを上記請求項1あるいは請求項2の釣り具の構成要素である棒浮きに代えて用いることを特徴とする請求項1記載あるいは請求項2記載の釣り具。   3. A rod float as a component of the fishing tackle according to claim 1 or 2, wherein a through-hole pipe is passed through a center hole of the cylindrical rod float made of a material having a large buoyancy to penetrate therethrough. A through-hole pipe in which the lower part of the through-hole pipe is further extended downward, which is referred to as a lower-side through-hole pipe, wherein the center hole of the inverted conical weight is inserted into the lower-side through-hole pipe, and the inverted conical weight and the cylindrical rod Both the floats are fixed to the through pipe so that the fixed surface between the upper surface of the inverted conical weight and the lower surface of the cylindrical rod float does not separate, and this is referred to as an A type through rod float. An inverted conical weight made of a material with high gravity is provided at the bottom of a cylindrical rod float made of a material with large buoyancy, making it a rod float close to a free-standing float, and tapering downward. Between the upper surface of the weight and the lower surface of the cylindrical float The above-mentioned A-type through rod float is provided by a through-hole float that makes it easy to pass through when a submarine basket or an A-type through-feed bait basket floats by preventing a step from being generated at the outer periphery of the landing surface. The fishing tackle according to claim 1 or 2, wherein the fishing tackle is used in place of the rod float, which is a component of the fishing tackle according to claim 1 or 2. 重錘が下部に在るようにして重錘を衝撃・磨耗に強い材料で包んだ重り、該重りは中心軸上に中心孔を有し、該中心孔の下部穴を中心にして同心円状に重り下部を椀の形に窪ませると共に椀の形に窪んだ金属板を被せて冠着してある、なおかつ該中心孔に線材を挿通し、該線材の両端を曲げて上下端に輪を形成する、上端の輪(糸止め部)の下にはスプリングバネを線材が中心軸になると共に上端の輪を押し上げるように設け、下端の輪の中には弾性材料でできたサオが挿通され、上記スプリングバネの押し上げる力により該サオは椀の形に窪んだ金属板の縁に当接されて固定される、これをサオ重りと名付ける、該サオ重りを請求項1あるいは請求項2あるいは請求項3の釣り具においてAタイプ中通し撒き餌カゴあるいはサブマリンカゴの筒体が金属メッシュ構造である場合に、釣り具の構成要素である重りに代えて用いることのできる釣り具の部品サオ重りである。   A weight in which the weight is located at the bottom and the weight is wrapped in a material resistant to impact and abrasion. The weight has a center hole on the central axis, and is concentric with the lower hole of the center hole as a center. The lower part of the weight is recessed in the shape of a bowl and covered with a metal plate that is recessed in the shape of a bowl. The wire is inserted through the center hole, and both ends of the wire are bent to form rings at the upper and lower ends. A spring is provided below the upper ring (thread stopper) so that the wire becomes a central axis and pushes up the upper ring, and a sao made of an elastic material is inserted into the lower ring. The sao weight is referred to as a sao weight, and the sao weight is referred to as a sao weight. The sao weight is referred to as a sao weight. In the fishing gear of No.3, the type A through-feed bait basket or submarine basket When the cylindrical body is a metal mesh structure is a part Sao weight of fishing which can be used in place of the weight it is a component of fishing. 蝶番には2枚の平板を連結する軸受け部があるが、該軸受け部中央にコイル状バネを設け、蝶番の軸がコイル状バネの中心軸を兼ねるように軸を挿通し、蝶番の2枚の平板を広げた状態で、線材でできたコイル状バネの両端が2枚の平板と交差する位置で各々別の線材を90度外側に曲げて延長し、各々別の平板に当接して固着したもの(そのときコイル状バネには捩じれの弾性力が生じていないものとする)、これをコイル状バネ付蝶番と名付ける、蝶番の2枚の平板の片方を回転させるとコイル状バネに捩じれの弾性力が生じて、外力が無くなると元の状態の2枚の平板が広がった状態に戻る、コイル状バネの弾性力により元の状態に戻るという形状記憶の機能を持った蝶番である。該コイル状バネ付蝶番を請求項2記載のサブマリンカゴにおいてBタイプ中通し撒き餌カゴと底蓋とを開閉可能に連結する連結具として用いることのできる釣り具の部品コイル状バネ付蝶番である。   The hinge has a bearing part for connecting two flat plates. A coil spring is provided in the center of the bearing part, and the hinge is inserted so that the axis of the hinge also serves as the center axis of the coil spring. In the state where the flat plate is spread, each wire is bent outward by 90 degrees at the position where both ends of the coil spring made of wire intersect with the two flat plates, and each is fixed by contacting with another flat plate. (It is assumed that the coil spring has no torsional elasticity at that time.) This is called a hinge with a coil spring. When one of the two flat plates of the hinge is rotated, the coil spring twists. This is a hinge having a shape memory function of returning to the original state by the elastic force of the coil spring, when the two flat plates in the original state return to the expanded state when the external force is generated and the external force is eliminated. A hinge with a coiled spring for a fishing tackle, wherein the hinge with a coiled spring can be used as a connecting tool for opening and closing the bait basket and the bottom lid through the B type in the submarine cage according to the second aspect. 請求項3の釣り具の構成要素であるAタイプ中通し棒浮きにおいて、下側中通しパイプに逆円錐形重りの中心孔を挿通して固着したのがAタイプ中通し棒浮きであるが、これに対して下側中通しパイプと逆円錐形重りとが着脱できるように下側中通しパイプの外周と逆円錐形重りの中心孔を加工し、かつ同じ様に中心孔を加工して下側中通しパイプに着脱できるようにした下落防止具を作り、円筒形棒浮きの下部に下落防止具を設けるか、円筒形棒浮きの下部に逆円錐形重りを設けるか、どちらか一方を選んで着脱自在に取り替えることができるようにした中通し棒浮き、これをBタイプ中通し棒浮きと名付ける、下落防止具とは円筒形棒浮きの下面に当接して設けることにより、サブマリンカゴ(Bタイプ中通し撒き餌カゴ)の天井部中央の孔の下面に下落防止具を引っ掛け、釣り具を海中に投入した後サブマリンカゴが海底へと沈んで行かないようにするためのものである、該Bタイプ中通し棒浮きを請求項1あるいは請求項2の釣り具の構成要素である棒浮きに代えて用いることのできる釣り具の部品Bタイプ中通し棒浮きである。   In the A type through rod floating which is a component of the fishing tackle according to claim 3, it is the A type through rod floating in which the center hole of the inverted conical weight is inserted into and fixed to the lower through pipe. On the other hand, the outer periphery of the lower through pipe and the center hole of the inverted conical weight are machined so that the lower through pipe and the inverted conical weight can be attached and detached, and the center hole is machined in the same manner. Make a fall prevention device that can be attached to and detached from the side through pipe, and choose either a fall prevention device below the cylindrical rod float or an inverted conical weight below the cylindrical rod float. Floating through-hole that can be detachably replaced with a floating rod. This is called the B-type through-hole floating. The fall prevention device is provided in contact with the lower surface of the cylindrical floating bar to provide a submarine basket (B The center of the ceiling of the type of basket that is scattered through Claim 1 or Claim 2 wherein the B-type through rod is used to prevent the submarine basket from sinking to the bottom of the sea after catching the fall prevention device on the lower surface of the hole and putting the fishing gear into the sea. It is a fishing rod part B type through fishing rod floating which can be used in place of the rod floating which is a component of the fishing gear of Item 2. 請求項6に記載のBタイプ中通し棒浮きを用いた釣り具により釣りをする方法。Bタイプ中通し棒浮きとは、請求項3のAタイプ中通し棒浮きに代えて用いることにより請求項1に記載の釣り具の部品棒浮きに代えてAタイプ中通し棒浮きと同じ形状及び機能をもったBタイプ中通し棒浮きを用いた釣り具で釣りをする方法(イ)、あるいは請求項2の釣り具の部品棒浮きに代えてAタイプ中通し棒浮きと同じ形状及び機能をもったBタイプ中通し棒浮きを用いた釣り具で釣りをする方法(ロ)、あるいは請求項2の釣り具の部品棒浮きに代えて円筒形棒浮きの下部に下落防止具を設けたBタイプ中通し棒浮きを用いた釣り具で釣りをする方法(ハ)、の合計3通りの釣り具及び釣りをする方法がある。潮の流れが速いときは(ハ)の方法は用いることができないが、潮の流れが遅いときは(イ)(ロ)(ハ)のどれをも用いることができる。
(イ)浮き止め、Bタイプ中通し棒浮き(下部に逆円錐形重りを設けた)、Aタイプ中通し撒き餌カゴ、重り及び釣り針を止着あるいは十字架サルカンを介してサビキを設けその先に重錘を止着した釣り具である。組み立て方は、まず、釣り竿の先端から道糸を伸ばし、道糸には重りあるいは重錘が所望の水深で沈降を停止するように浮き止めが固定してある、該道糸をシモリに挿通し、Bタイプ中通し棒浮きの糸孔に挿通する、そしてAタイプ中通し撒き餌カゴの天井部中央の孔及び受け皿中央の孔(下部の中心軸上の孔)に挿通し、下端には重りを止着し重りからハリスを伸ばし先端に釣り針を止着するあるいは道糸の下端に十字架サルカンを止着し十字架サルカンにサビキを連結しその先端に重錘を止着する、道糸の下端に止着する重りは請求項1に記載の重り(丸重り)であるが請求項4のサオ重りの方が良い、なぜならば、サオ重りのサオが長いのでその長さの距離だけ金属メッシュ構造のAタイプ中通し撒き餌カゴからハリス及び釣り針を遠ざけることができるので、ハリス及び釣り針がAタイプ中通し撒き餌カゴに絡みにくくなる、サオ重りはサオの撓りやスプリングの強さを替えることにより、つけ餌を引っ張ったときの反発力を調整出来るので警戒心の強い魚を釣るときに適している、それに対し十字架サルカンにサビキを連結しその先端に重錘を止着する仕掛けは青物魚を釣るときに用いる、該仕掛けは投入時に釣り竿を強く振ることによりサビキ先端の重錘の遠心力のより枝ハリス糸及び釣り針をAタイプ中通し撒き餌カゴから遠ざけることができるので絡みにくくなる、釣り具を海中に投入する前に、まずAタイプ中通し撒き餌カゴの側面に設けた側蓋のヒンジ部を支点として横方向へ回動させることにより、撒き餌カゴ本体の撒き餌入り口を開放する、そして該入り口から撒き餌カゴ本体内へ適当な量の撒き餌を投入し、側蓋を閉鎖位置へ回動させる、そして側蓋に設けられた止め金具により閉止状態に保持する、そして道糸の下端に止着した重りあるいは十字架サルカンを受け皿下面に設けた重り掛合用堤に掛合して道糸を牽引することにより、Aタイプ中通し撒き餌カゴは道糸にぶら下がった状態になる、このような状態で釣り具を海中へ投入し道糸を水中へ繰り出すことにより、Aタイプ中通し撒き餌カゴ及び重りあるいは十字架サルカンのサビキ仕掛けは沈降する、重りあるいは十字架サルカンのサビキ仕掛けは道糸に固定した浮き止めがシモリを介してBタイプ中通し棒浮きの先端の糸孔に係止されることにより沈降を停止する、Aタイプ中通し撒き餌カゴは筒体が荒い網の目状になっているので撒き餌カゴ内の撒き餌を分散し易い、かつAタイプ中通し撒き餌カゴの比重は海水よりも軽くできているので、撒き餌を撒きながら沈降し撒き餌が少なくなると自然と浮上しようとする動きに転じる、ゆえに重りあるいは十字架サルカンの上の任意の位置まで沈降した後浮上する、そしてBタイプ中通し棒浮きの上部の海面まで道糸に沿って円滑に移動及び通過し海面へ姿を表す、Aタイプ中通し撒き餌カゴの天井部の窪みの上面の色が見えることで、ハリス糸が釣り具に絡んだり、釣り針が釣り具に針掛かりをせずに無事に海底に沈み撒き餌がばらけたことを感知することができる、その後Aタイプ中通し撒き餌カゴは波の上下動に合わせて上下運動をするが、もし波高が高いときはシモリ及び浮き止めを通過してしまいBタイプ中通し棒浮きより離れさらに遠ざかって行く、上記一連の動きをするAタイプ中通し撒き餌カゴであるが該撒き餌カゴが投入後上記のどの状態であるに関わらず、魚がつけ餌を引っ張ればその力は撒き餌カゴには何ら力を及ぼさずBタイプ中通し棒浮きに直接力を及ぼす、ゆえに釣り人には魚のアタリがはっきり分かるので、それに合わせて釣り竿を立てれば良い。
(ロ)浮き止め、下部に逆円錐形重りを設けたBタイプ中通し棒浮き、サブマリンカゴ、重り及び釣り針を止着あるいは十字架サルカンを介してサビキを設けその先に重錘を止着した仕掛け、を用いた釣り具である。組み立て方は、釣り竿の先端から道糸を伸ばし、道糸には重りあるいは重錘が所望の水深で沈降を停止するように浮き止めが固定してある、該道糸をシモリに挿通し、Bタイプ中通し棒浮きの糸孔に挿通する、そしてサブマリンカゴの天井部中央の孔に挿通し、下端には重りを止着し重りからハリスを伸ばし先端に釣り針を止着するあるいは道糸の下端に十字架サルカンを止着し十字架サルカンにサビキを連結し先端に重錘を止着する、道糸の下端に止着する重りには上記(イ)記載の重り2種類と、請求項2記載の重りの突き飛ばしオモリにも2種類あるので、合計4種類の重りがある、該釣り具を海中に投入する前に、まずサブマリンカゴを角度略180度回動させて開口部を上向きに保持して、サブマリンカゴの底部に設けた底蓋を上方に回動することにより、サブマリンカゴ本体の開口部を開放する、そして該開口部から撒き餌カゴ本体内へ適当な量の撒き餌を投入し、底蓋を閉鎖位置へ回動させる、そして道糸に止着した重りあるいは十字架サルカンを底蓋下面に設けた重り掛合用堤に掛合して道糸を牽引することにより、重りあるいは十字架サルカンが引っ張られて底蓋を閉止状態に保持する、つまり底蓋と底蓋の円盤の円周縁とサブマリンカゴ本体の開口部縁とが当接させられる、道糸を強く牽引することにより固定される、道糸の先端に結ぶのが重りの場合は、ハリス先端に止着した釣り針につけ餌を刺して該釣り針とつけ餌を底蓋下面に設けたつけ餌ポケットに収める、底蓋下面につけ餌ポケットを設けないタイプの底蓋を用いる場合は、底蓋を閉めるまえにつけ餌を釣り針のその先がサブマリンカゴの開口部金属縁と底蓋の切欠き部先端の金属板の間に挟まれるように撒き餌の上に置く、次に十字架サルカンの場合は、牽引することにより閉止状態を保持するだけである、そしてサブマリンカゴ内に収納した撒き餌を落とさないように、道糸を牽引しながらサブマリンカゴを角度略180度回動させることにより、道糸の下端に止着した重りあるいは十字架サルカンを底蓋下面に設けた重り掛合用堤に掛合して道糸を牽引することにより、撒き餌を入れたサブマリンカゴが道糸にぶら下がった状態になる、このような状態で釣り具を海中へ投入し、投入後道糸を水中へ繰り出すことにより、サブマリンカゴ及び重りあるいは十字架サルカンのサビキ仕掛けは海底へと沈降するのであるが、十字架サルカンを用いる場合は上記(イ)記載の十字架サルカンの仕掛けの投入の仕方や釣り方と略同一である、重りを用いる場合でサブマリンカゴの筒体が金属メッシュ構造である場合は、上記(イ)記載のサオ重りを用いた釣り具投入後の動きや釣り方と略同一である、一方、サブマリンカゴの筒体が合成樹脂の筒体に複数の透孔が形成された構造の場合は、4種類の重りの中で専ら突き飛ばしオモリを用いる、そのときのサブマリンカゴ投入後の動きや釣り方は、釣り具を海中に投入すると突き飛ばしオモリの海底へ沈む速さはサブマリンカゴよりも速いので突き飛ばしオモリはハリス糸を引っ張る、つけ餌ポケットが有る場合は、つけ餌ポケットからつけ餌を引っ張り出す、そのとき、底蓋の中央の穴を挿通していた道糸が底蓋の切欠きに沿って外に出る動作を強制的に行わせる、つけ餌ポケットが無いタイプの場合は、底蓋の切欠きの先端部を重くしているので、つけ餌を引っ張り出すとき底蓋は開いている、そして突き飛ばしオモリはサブマリンカゴからつけ餌を引っ張り出した後沈降する、そして道糸に固定した浮き止めがシモリを介してBタイプ中通し棒浮きの先端の糸孔に係止されることにより沈降を停止する、一方サブマリンカゴは底蓋90度開いた状態で、カゴ内の撒き餌の比重が重たいので撒き餌とサブマリンカゴ本体との摩擦により撒き餌に連れられて海底へとゆっくり沈んで行く、そして、合成樹脂の筒体に透孔が開いた構造なので撒き餌が分散して散らばらずにサブマリンカゴが所望の水深まで沈んだところで、釣り竿をシャクルことにより道糸の先端に止着された突き飛ばしオモリが引っ張られてサブマリンカゴ内の撒き餌に強く突き当たり撒き餌を飛ばし散らす、するとサブマリンカゴ内の撒き餌が少なくなるので浮上してBタイプ中通し棒浮き上の海面まで道糸に沿って円滑に移動及び通過し海面へ姿を表す、サブマリンカゴの天井部の窪みの上面の色が見えることで、ハリス糸が釣り具に絡んだり、釣り針が釣り具に針掛かりをせずに無事に海底に沈み撒き餌がばらけたことを感知することができる、その後サブマリンカゴは波の上下動に合わせて上下運動をするが、もし波高が高いときはシモリ及び浮き止めを通過してしまいBタイプ中通し棒浮きより離れさらに遠ざかって行く、第一のタイプの突き飛ばしオモリを用いる場合は、シャクル回数は1回である、何回もシャクルと針掛かりの可能性が高いので行わない。第二のタイプの突き飛ばしオモリを用いる場合で、第二のタイプの突き飛ばしオモリを海中に係留する場合は、数回シャクルことができる、上記一連の動きをするサブマリンカゴであるが該サブマリンカゴが上記のどの状態であるかに拘らず、魚がつけ餌を引っ張ればその力はサブマリンカゴには何ら力が及ぼさずBタイプ中通し棒浮きに直接力を及ぼす、ゆえに釣り人には魚のアタリがはっきり分かる、サオ重りは警戒心の強い魚を釣るとき十字架サルカンは青物魚を釣るときに用いるのは上記(イ)記載と略同一である、突き飛ばしオモリの場合は、サブマリンカゴが所望の水深まで沈んだところで撒き餌を突き飛ばし散らすことかできるので、海底の周辺に撒き餌をする必要のある魚種を釣るときに用いる、また、第二のタイプの突き飛ばしオモリには上記以外のもうひとつの釣り方がある、それは海底にへばりついた魚を釣る釣り方である、道糸に固定した浮き止めの位置を調節することにより第二のタイプの突き飛ばしオモリが丁度海底に達するようにする、そして、サブマリンカゴが海底まで沈んで行くように撒き餌(アミ+集魚剤)を調節する、そして、遠くへ釣り仕掛けを投げたらシャクらずに第二のタイプの突き飛ばしオモリとサブマリンカゴが海底に着くのを待って海底に着いたらゆっくり引いて魚のアタリを探る、アタリが鈍いときは小さくシャクル、そして、魚が掛かかるまでジッと待つ、つまり、海底すれすれに撒き餌を散らして濁った海底の中に第二のタイプの突き飛ばしオモリを置くことにより、魚の目を晦ませることで海底にへばりついた魚を釣る方法。
(ハ)浮き止め、下部に下落防止具を設けたBタイプ中通し棒浮き、サブマリンカゴ、重り及び釣り針を止着あるいは十字架サルカンを介してサビキを設けその先に重錘を止着した仕掛け、を用いた釣り具である。組み立て方は、釣り竿の先端から道糸を伸ばし、道糸には重りあるいは重錘が所望の水深で沈降を停止するように浮き止めが固定してある、該道糸をシモリに挿通し、サブマリンカゴの天井部中央の孔にBタイプ中通し棒浮きの頭部を該孔下から突っ込んでサブマリンカゴの天井部中央の孔からBタイプ中通し棒浮きの頭部を突き出した状態でBタイプ中通し棒浮きの糸孔に挿通する、そして、下端には重りを止着し重りからハリスを伸ばし先端に釣り針を止着するあるいは道糸の下端に十字架サルカンを止着し十字架サルカンにサビキを連結し先端に重錘を止着する、該釣り具を海中に投入する前にサブマリンカゴ内に撒き餌を収納するが、その方法はBタイプ中通し棒浮きをサブマリンカゴの天井部中央の孔に下から突っ込んでサブマリンカゴの天井部中央の孔の周囲に下落防止具が引っ掛かった状態でする、そのこと以外は上記(ロ)記載と略同一である、釣り具を海中に投入するとサブマリンカゴは下落防止具にぶら下がったままで、重りあるいは十字架サルカンのサビキ仕掛けは海底へと沈降するのであるが、十字架サルカンを用いるのは青物魚を釣るときで上記(イ)記載の十字架サルカンの仕掛けの投入の仕方や釣り方と略同一である、重りは上記(ロ)記載の重りであるが、突き飛ばす必要がないので、上記(イ)記載の重りの2種類である、サオ重りの場合は上記(イ)記載のサオ重りを用いた釣り具投入後の動きや釣り方と略同一である、請求項1記載の重り(丸重り)を道糸の下端に用いた釣り方は、小魚が多いときで、釣り具を海中に投入すると着水時の衝撃で小魚はビックリして逃げる、その間に重りはハリス糸を引っ張り、つけ餌ポケットが有る場合は、つけ餌ポケットからつけ餌を引っ張り出す、そのとき、底蓋の中央の穴を挿通していた道糸が底蓋の切欠きに沿って外に出る動作を強制的に行わせる、つけ餌ポケットが無いタイプの場合はつけ餌を引っ張り出すそのときは底蓋は開いている、重りは道糸に固定した浮き止めがシモリを介してBタイプ中通し棒浮きの糸孔に係止されることにより沈降を停止する、サブマリンカゴの筒体が金属メッシュ構造であろうが合成樹脂製の筒体に複数の透孔が形成された構造であろうがサブマリンカゴは下落防止具にぶら下がっている状態なので撒き餌は常に海面近くに散らばって小魚を海面近くに留まらせる、サブマリンカゴは撒き餌が少なくなると浮上してBタイプ中通し棒浮き上の海面に姿を表す、サブマリンカゴの天井部の窪みの上面の色が見えることで、ハリス糸が釣り具に絡んだり、釣り針が釣り具に針掛かりをせずに無事に海底に沈み撒き餌がばらけたことを感知することができる、その後サブマリンカゴは波の上下動に合わせて上下運動をするが、もし波高が高いときはシモリ及び浮き止めを通過してしまいBタイプ中通し棒浮きより離れさらに遠ざかって行く、魚がつけ餌を引っ張ればその力はサブマリンカゴには何ら力が及ぼさずBタイプ中通し棒浮きに直接力を及ぼす、ゆえに釣り人には魚のアタリがはっきり分かる。
以上[請求項6]に記載のBタイプ中通し棒浮きを用いた釣り具により釣りをする方法である、海中にどういう魚が居るかで釣り具を簡単に替えることができる、小魚が多いときには丸重りを用いて上記(ハ)記載の丸重りを用いて魚を釣る方法を行う、大きな魚が居そうにない青物魚が多いとなると、上記十字架サルカンを用いて魚を釣る方法を行う、大きい魚は居るが警戒心が強すぎるのでBタイプ中通し棒浮きでは浮力が大き過ぎるので釣れないとなれば、上記(イ)記載のサオ重りを用いて魚を釣る方法を行う、海底の周辺に撒き餌をする必要のある魚種が居るとなると上記(ロ)記載の第一のタイプの突き飛ばしオモリあるいは第二のタイプの突き飛ばしオモリを用いて魚を釣る方法を行う、海底にへばりついた魚が居そうであれば、上記(ロ)記載の第二のタイプの突き飛ばしオモリを用いて海底にへばりついた魚を釣る方法を行う、つまり釣り具を簡単に替えることにより、いろんな魚を釣ることができることを特徴とする、本発明の魚を釣る方法。
A method for fishing with a fishing tackle using the type B boring rod float according to claim 6. The B-type through rod float is used in place of the A-type through rod float of claim 3, and has the same shape and shape as the A-type through rod float instead of the component rod float of the fishing tackle according to claim 1. A method of fishing with a fishing tackle using a B-type through-hole float having a function (a), or the same shape and function as the A-type through-hole float in place of the part-bar float of the fishing tackle according to claim 2 A method of fishing with a fishing tackle using a floating type B floating rod (b), or a type B in which a lowering prevention device is provided below the cylindrical floating bar in place of the floating component bar of the fishing tackle according to claim 2. There is a total of three types of fishing gear and a method of fishing with a fishing gear using a fishing rod using a floating through-type rod (c). When the tide flow is fast, the method (c) cannot be used, but when the tide flow is slow, any of the methods (a), (b), and (c) can be used.
(B) Retainer, floating type B rod (with an inverted conical weight provided at the bottom), type A through bait basket, weight and fishing hook fixed or sabiki via cross sulkan A fishing tackle with a fixed weight. To assemble, first stretch the fishing line from the end of the fishing rod, and the floating line is fixed to the floating line so that the weight or weight stops sinking at the desired water depth. , Insert through the hole of the type B through-the-bar floating rod, and through the hole in the center of the ceiling and the center of the tray (hole on the lower central axis) of the through-type bait basket, and attach the weight to the lower end. Fasten the harris from the weight and fasten the fishing hook to the tip, or fasten the cross hook to the lower end of the thread, connect the sabiiki to the cross hook and fasten the weight to the tip, stop at the lower edge of the thread. The weight to be applied is the weight (round weight) according to claim 1, but the sao weight of claim 4 is better, because the sao of the sao weight is long, so that the A of the metal mesh structure has a length corresponding to the length. Keep Harris and hooks away from bait baskets Harris and fishing hooks are less likely to get entangled in the type A bait basket, and the weight of the sao can be adjusted by changing the bending of the sao and the strength of the spring, so that the repulsive force when the bait is pulled can be adjusted. Suitable for catching vigilant fish, while a hook-and-loop sarkan and a weight attached to its tip are used when catching blue fish. This makes it possible to keep the harris thread and the fishhook of the centrifugal force of the weight at the tip of the sabiki through the A type and to keep them away from the bait basket. Therefore, it becomes difficult to get entangled. By pivoting the hinge laterally on the side lid provided on the side of the basket in the lateral direction to open the scattered bait entrance of the scattered bait main body, A suitable amount of bait was thrown into the main body of the bait basket, the side cover was turned to the closed position, and held in the closed state by the stopper provided on the side cover, and the bottom cover was fixed to the lower end of the yarn. By hanging the weight or cruciform sarkans on the weight hanging dike provided on the lower surface of the tray and pulling the yarn, the type A through bait basket is hung on the yarn. By throwing it into the sea and letting out the line, the squirrel basket of the type A through-weight bait and the weight or the cross sarkan sinks, and the sabiki device of the weight or the cross sarkan is settled by the floating stopper fixed to the line. The sedimentation is stopped by being locked in the thread hole at the tip of the type B through-hole floating. The type A through-type bait basket has a rough mesh-like cylindrical body. The scattered bait in the scattered bait basket is easy to disperse, and the specific gravity of the through-type scattered bait basket is lighter than that of seawater. After sinking to any position on the weight or cross sarkan, it ascends, and smoothly moves and passes along the road thread to the sea surface above the type B bobber, showing its appearance to the sea surface. By seeing the color of the upper surface of the hollow of the sowing bait basket, it is possible to sense that the harris thread is entangled with the fishing tackle, or that the fishing bait safely sinks to the sea floor without hanging the fishing hook. After that, the bait basket scattered through the A type will move up and down in accordance with the vertical movement of the wave, but if the wave height is high, it will pass through the shimo and the retaining pad and the type B through the rod It is a type A through-type bait basket that makes a series of movements as it goes farther and farther away, but regardless of the above-mentioned state after the bait basket is thrown, if the fish pulls the bait, the power is the bait bait. It exerts no direct force on the basket and exerts a direct force on the float of the type B through-hole, so that the angler can clearly see the attack of the fish, so the fishing rod can be set up accordingly.
(B) Floating stoppers, B type through rods with inverted conical weights at the bottom, floating submarine baskets, weights and fishing hooks fixed, or hooks attached with sabikis via cross sulkans and fixed weights ahead of them , Fishing tackle using. The way of assembling is to stretch the fishing line from the tip of the fishing rod, and to fix the floating line so that the weight or weight stops sinking at the desired water depth. Insert through the hole in the float of the through rod, and through the hole in the center of the ceiling of the submarine cage, fasten the weight at the lower end, extend the harris from the weight and fasten the fishing hook at the tip or the lower end of the line A cruciform sarkan is fastened to the crucifixion sarkan, and a sabiki is connected to the crucifixion sarkan, and a weight is fastened to the tip thereof. Since there are also two types of weights, there are a total of four types of weights. Before throwing the fishing gear into the sea, first rotate the submarine basket approximately 180 degrees to hold the opening upward. , Raise the bottom lid on the bottom of the submarine basket To open the opening of the main body of the submarine basket, and throw an appropriate amount of bait into the main body of the bait basket from the opening, rotate the bottom lid to the closed position, and The weight or cruciform sarkhan is pulled to hold the bottom lid in a closed state by hanging the fixed weight or cruciform sarkan on a weight tying dike provided on the lower surface of the bottom lid and pulling the thread. The peripheral edge of the disk of the bottom lid and the edge of the opening of the submarine basket body are brought into contact with each other. It is fixed by strongly pulling the yarn. If the weight is tied to the tip of the yarn, the tip of the harris is used. The fish hook and the bait are pierced into the bait pocket provided on the lower surface of the bottom cover, and the bottom cover is closed when using a type of bottom cover having no bait pocket on the lower surface of the bottom cover. Before The bait is placed on the bait so that the tip of the hook is sandwiched between the metal edge of the opening of the submarine basket and the metal plate at the end of the notch in the bottom lid, and in the case of a cross sarkan, it is closed by towing. And by rotating the submarine basket at an angle of about 180 degrees while pulling the thread so as not to drop the bait stored in the submarine basket, the weight fixed to the lower end of the thread or By crossing the cross sarkans on the weight embankment provided on the lower surface of the bottom lid and pulling the line, the submarine basket containing the scattered bait hangs on the line and the fishing tackle is underwater in this state The submarine basket and the weight or crucifixion of the cross sarkans settle on the seabed by throwing the yarn into the water. If the weight is used, the method is the same as the method of throwing and fishing the cross-sarkan described in (a) above. If the weight is used and the cylindrical body of the submarine basket has a metal mesh structure, In the case of a structure in which a plurality of through-holes are formed in a cylindrical body of a submarine basket, the movement is substantially the same as the movement and fishing method after the fishing gear is put in using the described sao weight. Of the four types of weights, use a flying weight exclusively. At that time, the movement and fishing method after throwing the submarine cart is that when the fishing gear is thrown into the sea, the flying weight will sink down to the seabed faster than the submarine basket, so skip it. The weight pulls the Harris thread, and if there is a bait pocket, pulls the bait out of the bait pocket, and the thread passing through the center hole of the bottom lid follows the notch in the bottom lid In the case of the type that does not have a bait pocket, the tip of the notch on the bottom lid is heavy, so the bottom lid is open when pulling out bait, and it is pushed out Weights sink after pulling bait out of the submarine basket, and stop sedimentation when the floating stopper fixed to the thread is locked to the thread hole at the tip of the B type through rod through the shimori On the other hand, when the submarine basket is open at the bottom cover of 90 degrees, the specific gravity of the bait in the basket is heavy, so the friction between the bait and the submarine cage body causes the bait to slowly sink into the seabed with the bait, and the synthetic resin With a structure that has a through-hole in the cylinder, the scattered bait is dispersed and not scattered.When the submarine basket sinks to the desired water depth, the fishing rod is shackled and fixed to the tip of the line. The flying weight is pulled and strongly hits the bait in the submarine basket and scatters the bait. By seeing the color of the upper surface of the submarine basket's ceiling, which moves and passes and shows the appearance to the sea surface, the harris line can be entangled with the fishing gear and the fishing hook can safely go to the seabed without hooking the fishing gear. The submarine cage can move up and down in accordance with the up and down movement of the waves, but if the wave height is high, it will pass through the shimori and the buoy and will pass through the B type through rod. When using the first type of push-out weight that goes farther away from the float, the number of shackles is one, and the shackle and the needle can be hooked many times Not performed because of high performance. In the case of using the second type of pushing weight, when the second type of pushing weight is moored in the sea, it can be shackled several times, it is a submarine basket that performs the above series of movements, but the submarine basket is the above Regardless of the throat condition, if the fish pulls the bait, the power exerts no force on the submarine basket and exerts a direct force on the floating of the type B through the rod, so that the fisherman can clearly see the attack of the fish Understand, Sao weight is the same as that described in (a) above when using a crossed sarkan when catching a cautious fish and a blue fish. In the case of a piercing newt, the submarine cage sinks to the desired water depth. It can be used to catch fish species that need to be scattered around the seabed, because it can be scattered and scattered in places where there is no need to scatter. There is another method of fishing for bats, which is a method of catching fish that has stuck to the seabed. Just adjust to the bottom of the sea, and adjust the sowing bait (Ami + fish collecting agent) so that the submarine basket sinks to the bottom of the sea, and if you throw a fishing tackle far away, the second type Wait for the weights and submarine baskets to reach the bottom of the sea, wait for them to reach the sea floor, and slowly pull to search for the fish's attack.If the attack is dull, a small shackle, and wait till the fish catches, that is, scattered bait on the bottom of the sea The second type of flying weight is scattered in the turbid seabed, and the fish that cling to the seabed is caught by making the eyes of the fish eve Method.
(C) Floating stop, a B type through rod with a fall prevention device provided at the lower part, a submarine basket, weight and fishing hook fixed, or a sabiki via a cross sarkan and a weight attached to the tip, It is a fishing tackle using. The way of assembling is to extend the fishing line from the tip of the fishing rod, and to fix the floating line so that the weight or the weight stops sedimentation at the desired water depth. The head of the B-type through rod is inserted into the hole at the center of the ceiling of the car from below the hole, and the head of the B-type through rod is protruded from the hole at the center of the ceiling of the submarine cage. Insert the thread hole of the through rod, and fix the weight at the lower end, extend the harris from the weight and fasten the fishing hook at the tip, or fasten the cross sarkan at the lower end of the line and connect the sabiki to the cross sarkan Before putting the fishing gear into the sea, the bait is stored in the submarine basket. The method is to lower the floating rod through the B type through the hole in the center of the ceiling of the submarine basket. Submarine The fall prevention device is hooked around the hole in the center of the ceiling of the basket. The rest is almost the same as described in (b) above. When the fishing gear is put into the sea, the submarine basket hangs on the fall prevention device. The weight or the cross sarkan's sabiki device sinks to the seabed while it is standing, but the cross sarkan is used when catching a blue fish, and the method and method of putting the cross sarkan device described in (a) above and The weights that are substantially the same are the weights described in (b) above, but they do not need to be pushed out, so there are two types of weights described in (a) above. In the case of a sao weight, the sao weights described in (a) above The method of fishing using the weight (round weight) of claim 1 at the lower end of the line, which is substantially the same as the movement and fishing method after throwing the fishing gear using When thrown into the sea, The small fish are surprised and run away by hitting, while the weight pulls the Harris thread and if there is a bait pocket, pull out the bait from the bait pocket, then insert the center hole in the bottom lid Force the thread to move out along the notch in the bottom cover.If there is no bait pocket, pull out the bait and the bottom cover is open at that time. Stopping sedimentation by stopping the floating stopper fixed to the thread through the thread hole of the B type through rod through the shimori. Even if the cylinder of the submarine basket is a metal mesh structure, a cylinder made of synthetic resin Although the structure may have multiple holes in the body, the submarine basket is hung on the fall prevention device, so the sowing bait is always scattered near the sea surface to keep the small fish near the sea surface, the submarine basket has few sowing baits What Then, you can see the color of the upper surface of the recess in the ceiling of the submarine basket, which appears on the surface of the sea above the type B floating rod, and the harris thread becomes entangled with the fishing gear, and the fishing hook is hooked on the fishing gear. It is possible to sense that the bait has settled safely on the sea floor without hanging, and then the submarine basket moves up and down in accordance with the up and down movement of the wave, but if the wave height is high, remove the shimo and the suspension. Passing and going further away from the floating type B rod, if the fish pulls the bait, the power does not exert any power on the submarine basket, it directly exerts the force on the type B floating rod, therefore fishing Humans can clearly see the fish attack.
The fishing method using the fishing tackle using the type B floating fishing rod described in [Claim 6] is described above. The fishing tackle can be easily changed depending on what kind of fish is in the sea, and there are many small fishes. Sometimes a round weight is used to catch fish using the round weight described in (c) above. When there are many blue fishes where large fish are unlikely to be present, a method of catching fish using the above-mentioned cross sarkans is used. If there is a big fish, but the alertness is too strong, the buoyancy of the B-type through-the-bar floater is too large to catch the fish. If there is a fish species that needs to be scattered in the surrounding area, the method of catching fish using the first type of flying weight or the second type of flying weight as described in (b) above is used. Is likely to be Performing a method of catching fish stuck to the sea bottom using the second type of piercing weights described in (b) above, that is, various fish can be caught by simply changing the fishing gear, A method for catching fish according to the present invention.
JP2004064967A 2003-03-19 2004-03-09 Fishing tackle using rod float insertion cage and method for fishing with the tackle Pending JP2004173702A (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR102181959B1 (en) * 2019-10-01 2020-11-23 안병진 Jam prevented sinker for fishing case
US11071291B2 (en) * 2016-06-13 2021-07-27 Fabio Pedrini Rig unit for a fishing line

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US11071291B2 (en) * 2016-06-13 2021-07-27 Fabio Pedrini Rig unit for a fishing line
KR102181959B1 (en) * 2019-10-01 2020-11-23 안병진 Jam prevented sinker for fishing case

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