JP3132960U - Floating using friction force - Google Patents
Floating using friction force Download PDFInfo
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- JP3132960U JP3132960U JP2007002577U JP2007002577U JP3132960U JP 3132960 U JP3132960 U JP 3132960U JP 2007002577 U JP2007002577 U JP 2007002577U JP 2007002577 U JP2007002577 U JP 2007002577U JP 3132960 U JP3132960 U JP 3132960U
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- floating
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Abstract
【課題】魚釣りの場合に水面での浮止めを除く、魚合わせのタイミングで、水中における指し餌の水深調整や釣人と竿への当り具合の感触の向上及び魚の捕食時に浮の抵抗感を少なくする。
【解決手段】浮本体1に内臓の道糸7が貫通する屈曲パイプ2の下部に屈曲角度を設け垂直部を経て上部にも屈曲角度を有する1〜2個所または複数箇所が屈曲したパイプ2に道糸7を貫通して、道糸7に張力が働いた場合には、屈曲パイプ2内部の摩擦力発生点で発生する摩擦力で道糸7に抵抗が生じ、浮を停止して目的の魚層水深を保持する。また、浮が遠方に流動した場合には、浮本体1に当り目印8を設けて浮の位置を確認する。
【選択図】図1The object of the present invention is to adjust the depth of the bait in the water, improve the feeling of contact between the angler and the coral, and reduce the feeling of floating resistance during fish predation at the timing of fish matching, excluding floats on the water surface when fishing To do.
A pipe 2 is bent at one or two or more places where a bending angle is provided at a lower portion of a bent pipe 2 through which a built-in road thread 7 penetrates a floating body 1 and a bending angle is also provided at an upper portion through a vertical portion. When tension is applied to the road yarn 7 through the road yarn 7, the friction force generated at the frictional force generation point inside the bent pipe 2 causes resistance to the road yarn 7, stops floating, and Preserve fish depth. Further, when the floating flows far away, a hit mark 8 is provided on the floating body 1 to check the floating position.
[Selection] Figure 1
Description
本考案は、魚釣り用の浮で、浮本体の内部を貫通する道糸に摩擦力を加える事により、浮の深度を適宜に停止出来る浮に関するものである。 The present invention relates to a floating device for fishing, which can appropriately stop the floating depth by applying a frictional force to a road thread that penetrates the inside of the floating body.
魚釣りにおいて、海底から海面までの間にある一定の深さ領域で魚を狙う場合に浮の当りを目視で確認するために浮が使用される。浮釣りには、固定仕掛けと誘導仕掛けがあり、固定仕掛けは魚の取り込みの関係で竿の長さと同じ位しか浮下を設定出来ない。 In fishing, when a fish is aimed at a certain depth region between the sea floor and the sea surface, the float is used to visually confirm the hit of the float. There are two types of floating fishing: a fixed mechanism and an induction mechanism, and the fixed mechanism can set the floating only as much as the length of the carp due to the uptake of fish.
一方遊動仕掛けは、浮下を自由に移動させて水深全層の魚を狙えるが浮が水面を流動して少し離れると可視出来ない状態になる。 On the other hand, the floating mechanism can move the floating freely and aim at the fish of all layers of the water depth, but it becomes invisible when the floating flows on the water surface and leaves a little.
魚釣りの場合に水面での浮止めを除く、魚合わせのタイミングで、水中における指し餌の水深調整や釣人と竿への当り具合の感触の向上及び魚の捕食時に浮の抵抗感を少なくする事を課題とする。 In the case of fishing, excluding floats on the surface of the water, the adjustment of the depth of the bait in the water, improvement of the feeling of contact with the fisherman and the coral, and reduction of floating resistance when fish are caught Let it be an issue.
本考案は、上記の課題を解決するために、浮内部の道糸貫通穴が直線でなく浮の内部穴に屈曲部を設け、道糸の両端に張力が発生した場合には、道糸が貫通穴の屈曲部に接触する事で、摩擦抵抗力が発生して指し餌が水中の魚群水深層での停止が可能となる。また、浮の体積及び重量を従来の浮に比較して大きく出来るため、遠方水中への投げ込みが容易になり、魚の捕食時のタイミング合わせも良好で釣果の向上が期待出来る。
なお、浮本体及び屈曲パイプに使用する材料は、プラスチック、木質系、防錆の金属材料で、軽量で浮に使用出来る材料とする。In order to solve the above-mentioned problem, the present invention provides a bent portion in the floating inner hole instead of a straight line in the floating yarn, and when tension is generated at both ends of the floating yarn, By contacting the bent portion of the through hole, a frictional resistance force is generated, so that the bait can be stopped at the depth of the fish school underwater. In addition, since the volume and weight of the float can be increased as compared with the conventional float, it is easy to throw into the far water, the timing adjustment at the time of fish predation is good, and an improvement in fishing results can be expected.
The material used for the floating body and the bent pipe is a plastic, wood-based, rust-proof metal material that is lightweight and can be used for floating.
本考案の浮は、道糸の両端に張力が掛かれば、浮に内蔵した屈曲パイプ内に摩擦力が発生して浮が停止するため、魚の餌への食込みと針掛が良好となる。 In the float according to the present invention, when tension is applied to both ends of the road thread, friction force is generated in the bent pipe built in the float and the float stops.
浮に内蔵した屈曲パイプ内での摩擦力が微小な場合は、錘(鉛)の調整で餌の沈下と撒き餌さと同調させて魚の捕食時の浮への抵抗感を弱める事が出来る。 When the frictional force in the bent pipe built in the float is very small, the weight (lead) can be adjusted to synchronize with the sinking of the bait and the bait, thereby reducing the resistance to floating during fish predation.
本考案の浮は、従来の浮に比較して体積及び重量を大きく出来るため、投げ釣等に使用する場合は、遠方に投げる事が出来る。また、浮止めが不要で水深の全層を自由に探れる事と、水中では浮の浮力と魚の引き合いで魚を早く弱らせ図3、釣人の持つ竿への影響を少なくする事と魚の小さな当りも鋭く感知出来る事を特徴とする。 Since the float of the present invention can be larger in volume and weight than conventional floats, it can be thrown away when used for throw fishing. In addition, there is no need for buoyancy, and the entire depth of water can be explored freely. Underwater, the buoyancy of the buoyancy and the fish attracts the fish quickly, making it less susceptible to the fisherman's carp. It is characterized by being able to detect even small hits sharply.
図1浮本体1に内蔵された屈曲パイプ2は、浮の下部に屈曲角度を設け垂直分を経て浮の上部に屈曲角度を有する1個所または2個所〜複数個所が屈曲したパイプ2内に道糸7を貫通させて、道糸7に張力が働いた場合に屈曲パイプ内の摩擦力発生点3.4.5.6の4箇所に発生する摩擦力で道糸7に抵抗を与える。道糸7の両方に掛かる張力が同一の場合は、浮は停止して目的魚層の水深が保持出来る。また、浮が遠方に流動した場合は、目視が困難となるため、浮の本体1に当り目印8を設け浮の流動場所を確認する。 FIG. 1 A
道糸7の張力の一方が弱くなれば、弱い方に浮は落下する。浮本体1に内蔵する屈曲パイプ2の屈曲角度の摩擦力発生点3.4.5.6と屈曲部数により、道糸の張力への摩擦力の調整が可能で、魚釣りでの小物から大物の魚種を狙える浮を構成する。 If one of the tensions of the
本考案の浮に使用する材料は、プラスチック、木質系等軽量で浮に適合する材料であり、浮本体に内蔵する屈曲パイプは、プラスチック及び防錆金属材料とする。また、浮の形状は丸型、円錐型等自由である。 The material used for the float of the present invention is a material that is lightweight and suitable for float, such as plastic and wood, and the bent pipe built in the float body is made of plastic and a rust-proof metal material. Further, the floating shape is free such as a round shape or a conical shape.
本考案の浮を使用する図3は、魚が捕食反転した時に浮本体1の内部に埋設する屈曲パイプ2内で摩擦力が発生し、魚に針掛りを起し、浮は海中に潜る。この時魚の引く力と浮の浮力とが引き合い竿10の反発力や釣人の力に及ぼす影響が小さくなり図3、魚の力を早く弱らせる事が可能になる。また、浮の位置を水面11下に保持する事で新しい魚の釣り方が生まれる。この浮の機能を組合せる事により、超巨大魚も小さい力で釣る事が可能となる。 In FIG. 3 using the float of the present invention, friction force is generated in the
1 浮本体
2 屈曲パイプ
3 摩擦力発生点
4 摩擦力発生点
5 摩擦力発生点
6 摩擦力発生点
7 道糸
8 当り目印
10 竿
11 水面DESCRIPTION OF
Claims (1)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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JP2007002577U JP3132960U (en) | 2007-03-13 | 2007-03-13 | Floating using friction force |
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JP2007002577U JP3132960U (en) | 2007-03-13 | 2007-03-13 | Floating using friction force |
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JP3132960U true JP3132960U (en) | 2007-06-28 |
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JP2007002577U Expired - Fee Related JP3132960U (en) | 2007-03-13 | 2007-03-13 | Floating using friction force |
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Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2017073983A (en) * | 2015-10-13 | 2017-04-20 | 義美 石名田 | Sinker for fishing |
TWI700033B (en) * | 2018-12-27 | 2020-08-01 | 王青年 | buoy |
-
2007
- 2007-03-13 JP JP2007002577U patent/JP3132960U/en not_active Expired - Fee Related
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2017073983A (en) * | 2015-10-13 | 2017-04-20 | 義美 石名田 | Sinker for fishing |
TWI700033B (en) * | 2018-12-27 | 2020-08-01 | 王青年 | buoy |
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