JP3851257B2

JP3851257B2 - Tension holder for torso and rod holder with it

Info

Publication number: JP3851257B2
Application number: JP2002313386A
Authority: JP
Inventors: 實結城
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-10-28
Filing date: 2002-10-28
Publication date: 2006-11-29
Anticipated expiration: 2022-10-28
Also published as: JP2004147514A

Description

【０００１】
【発明の目的】
この発明は、メバル、ホッケ、ソイ、メヌケ、タラ等を始めとする魚類を釣り上げるのに有効な胴づき仕掛けの取り扱いに関連するものであって、特に、船釣りの際に胴づき仕掛けが絡んでしまうのを防止し、船上での餌付け作業性やエダスの取扱い性を向上する新規な構造からなる胴づき仕掛け用ハリ置き、およびそれを付属した新規な構造のロッドホルダーを提供しようとするものである。
【０００２】
【従来の技術】
我が国は、四方を海に囲まれ、身近に豊富な水産資源を有するという恵まれた環境下にあることから、様々な釣りを楽しむことができ、漁港から比較的短時間沖に出て釣る沖釣りもその一つであり、気軽に家族や友人、知人等と連れ立って釣り舟に乗り込み、船縁に並んで狙った獲物を釣り上げる醍醐味は、他の釣りでは味わえない釣りとして人気が高い。
【０００３】
この沖釣りで船上から狙う魚には、メバル、ホッケ、ソイ、メヌケ、タラ等を始めとする水深１３０〜１６０ｍ前後の海底に群れをなして生息、回遊している魚があり、これら魚の仕掛けは、一般的にミキイトに複数本のエダスを繋いだ胴づき仕掛けが用いられることになるが、複数本のエダスを有する胴づき仕掛けは、絡まり易く強風等に曝され易い船上で取り扱うのが非常に困難なため、仕掛けをミチイトに結び着ける作業や、一つ一つのハリに餌を着けることが難しく、従前から、磁性材料を含有する合成樹脂を平板状に成型した磁気プレートを舷縁上に固定し、該磁気プレート上に各ハリを配列するように吸着させ、仮固定状にしながら、絡まないように注意して餌を着け、海中に投入することが行われている。
【０００４】
しかしながら、こうした磁気プレートでは、使用する者が、エダスの配置やハリの仮着位置を、時に応じて判断して使用しなければならないものであり、どのハリがどのエダスのものか見極められなくなり、餌着けの際にハリを取り違えて絡まったり、雨に濡れたり寒さにかじかむ指でプレート面上に乗った細いエダスを摘み上げるのに苦労したり、強風に吹かれて不規則に揺れ動くエダスに惑わされて別のエダスを摘んでしまったりして作業性が極めて悪く、最悪の場合には磁気プレート上でエダス同士が絡み合って解けなくなってしまうという事態にまで至ってしまうことなる。
【０００５】
こうした胴づき仕掛けの舷縁での取扱いを改良しようとするものに、例えば特開２００１−３３３６７８号公報の「船べり用釣り仕掛け保持装置」発明に見られるもののように、長手方向に細幅のＮ・Ｓ磁極を交互に並べて着磁したハリ保持プレートを設けてなるものとし、複数本のエダスの隣接するハリ同士が、互いに異なる磁性に磁化することによってズレ動きを効果的に抑制し、強風や雨に曝されたり、船からの振動を受けても移動しないよう吸着、仮固定できるようにしたものや、あるいは、特開平９−９８３７号公報に開示されている「釣り仕掛けセット投入器」発明のように、釣り仕掛けセット投入板上に複数の釣りハリ掛けフックを配列し、胴づき仕掛けのハリを順次フックに掛着して整列させることができるようにしたもの等、既に幾つもの開発、提案がなされている。
【０００６】
ところが、それら従前までのもので、特に前者「船べり用釣り仕掛け保持装置」発明のような原理に基づくものでは、ハリに餌を着けてしまうと、ハリが浮いて保持プレートの磁極面との接触状態を悪化させてしまい、吸着、仮固定能力が著しく低下し、強風を受けたり船からの振動によってハリが外れ易くなってしまうといった不都合があり、また、後者の「釣り仕掛けセット投入器」発明等に代表されるような器具によるものよって、餌を着けた後のハリをフックに掛着しようとすると、餌が邪魔になって確実に掛着することが難しく、さらに、仕掛けを海中に投入しようとすると、掛着された各ハリを速やかに外すことが困難になる等という欠点があり、何れのタイプのものにおいても、風雨に曝されてしまうような場面や、揺れる船上での取扱い性について満足のいくものとすることができないものであった。
【０００７】
この発明は、船釣りを長年に渡って楽しんできた者の一人として、上記のような場面に度々遭遇してきた経験から、餌を着けたハリを舷縁上に確実に仮固定することができる上、仕掛けを海中に投入する際には、エダス同士が絡まないようにして簡単且つ整然と外すことができるようになる仕掛け用のハリ置きを実現することはできないものかとの判断から、逸速くその開発、研究に着手し、長期に渡る試行錯誤と幾多の試作、実験とを繰り返してきた結果、今回、遂に新規な構造の胴づき仕掛け用ハリ置き、およびそれを付属した新規な構造のロッドホルダーを実現化することに成功したものであり、以下では、図面に示すこの発明を代表する実施例と共に、その構成を詳述することとする。
【０００８】
【発明の構成】
図面に示すこの発明を代表する実施例からも明確に理解されるように、この発明に係わる胴づき仕掛け用ハリ置きは、基本的に次のような構成から成り立っている。
即ち、平板状で所定長さのものとして舷縁上に載置可能とする基板部の船内側配置となる長辺縁に沿い、エダス鞍越え載置用とする所定高さの立ち上り部を突設、形成すると共に、同船外側配置となる長辺縁に沿い、所定間隔置きに点在状配置とするか、または基板部の略全長に渡って連続状配置にするかしてハリ仮着用とする磁性材部を一体化する一方、前記立ち上り部の上縁かその直近には、基板部の長さ方向に所定間隔を置き、各ハリス毎の個別の配置を案内または認識可能とする突起部が、同立ち上り部の上縁を越えるよう夫々突設、形成されたものとしてハリ置き本体とした上、その適所には、舷縁への脱着自在な固定を可能とする仮固定機構を組み込むか、組み込み可能とするかしてなる胴づき仕掛け用ハリ置きということができる。
【０００９】
この基本的な構成からなる胴づき仕掛け用ハリ置きを、より具体的なものとして示せば、肉厚７ｍｍ前後の平板状で所定長さのものとして舷縁上に載置可能とする基板部の船内側配置となる長辺縁に沿い、舷縁上１２ｍｍ前後の高さとするエダス鞍越え載置用の立ち上り部を突設、形成すると共に、同船外側配置となる長辺縁に沿い、所定間隔置きに点在状配置とするか、または基板部の略全長に渡って連続状配置にするかしてハリ仮着用とする０．８５ガウス前後の磁性材部を一体化する一方、前記立ち上り部の上縁かその直近には、基板部の長さ方向に所定間隔を置き、各ハリス毎の個別の配置を案内または認識可能とする突起部が、同立ち上り部の上縁を越えるよう夫々突設、形成されたものとしてハリ置き本体とした上、その適所には、舷縁への脱着自在な固定を可能とする仮固定機構を組み込むか、組み込み可能とするかした構成による胴づき仕掛け用ハリ置きとなる。
【００１０】
さらに具体的には、肉厚７ｍｍ前後の平板状で所定長さのものとして舷縁上に載置可能とする基板部の船内側配置となる長辺縁に沿い、舷縁上１２ｍｍ前後の高さとしたエダス鞍越え載置用の立ち上り部を突設、形成すると共に、同船外側配置となる長辺縁に沿い、所定間隔置きに５〜１０箇所前後、望ましくは７箇所前後の点在状配置とするか、または基板部の略全長に渡って連続状配置にするかしてハリ仮着用とする０．８５ガウス前後の磁性材部を一体化する一方、前記立ち上り部の上縁かその直近には、基板部の長さ方向に所定間隔を置き、各ハリス毎の個別の配置を案内または認識可能とする突起部が、同立ち上り部の上縁を越えるよう夫々突設、形成し、当該立ち上り部の上縁面部、船内側部あるいは船外側部の何れかに沿って弾性ブラシ状または逆転櫛状のエダス係止材部を、該立ち上り部よりも僅かに高い背丈寸法に設定するよう植設されたものとしてハリ置き本体とした上、その適所には、舷縁への脱着自在な固定を可能とする仮固定機構を組み込むか、組み込み可能とするかした構成からなる胴づき仕掛け用ハリ置きを含んでいる。
【００１１】
ハリ置き本体は、舷縁上に沿って所定の長さ範囲に渡って装着可能であり、胴づき仕掛けの複数のエダスを舷縁上に沿って整然と配置させることができ、適所に設けられた磁性材部にハリを吸着させることによって仮固定可能となるようにする機能を果たすものであり、その基板部を、一般的な胴づき仕掛けの複数のエダスを絡まないよう配置可能な程度の比較的長尺、例えば６０ないし１２０ｃｍ程度の長さの平板状のものに形成し、船外側配置となる長辺縁に配置された磁性材部に仮固定されたハリの餌が、同船外側配置となる長辺縁から舷縁にかけて垂れ下がり状となり、ハリの磁性材部への確実な接触を確保できるよう、該船外側配置となる長辺縁の肉厚を、餌の垂れ下がり寸法を吸収するに十分な寸法に設定されたものとすべきである。
【００１２】
そして、必要に応じて磁性材部のさらに船外側長辺縁に、餌用の凹欠部あるいは餌用の樋型の案内溝部等を形成したものとすることが可能であり、何れか適所（複数箇所であっても良い）に舷縁に脱着自在に固定できる仮固定機構を添設したものとすることができる外、別体の万力型の仮固定機構を用いて固定するようにしたり、ロッドホルダーやコマセ用容器等の釣具類を舷縁に仮固定できる金具類によって共締めし、仮固定してしまう構造とすることも可能である外、補助的にハリ置き本体裏面適所と舷縁上面との間に、両面粘着テープや接着剤等の粘着材を挟み込み、ハリ置き本体を舷縁上に圧着、固定してしまうようにしたものとすること等も可能である。
【００１３】
立ち上り部は、ハリ置き本体の磁性材部上にハリを吸着、仮固定させたときに、ハリから延びるエダスの中途を所定高さに浮上させた鞍越え載置状となるような状態に支持、可能とすることにより、各エダスを基板部上に持ち上げて周囲から際立つ状態にすると共に、各エダスを抓み易くして餌着け作業が容易になるようにする機能を果たすものであり、船内側配置となる長辺縁を、所定肉厚の基板部からさらに高い位置まで突出された形状のものとしなければならず、必要に応じ、この立ち上り部上縁の所定間隔置き毎に、夫々上方に開口してエダス中途を係止状に装着可能とするエダス受け用の凹欠溝を刻設したものとするか、あるいは、上縁部の略全長に渡ってエダス受け用の凹欠溝を多数刻設したものとすることができる。
【００１４】
磁性材部は、ハリ置き本体基板部の船外側配置となる長辺縁に沿って、複数の胴づき仕掛けのエダスに設けたハリの夫々を、適宜間隔を隔てて整然と配列させた状態に仮着、固定可能とする機能を果たすものであり、餌や疑似餌を取り付けたハリを、不用意に脱落しない程度の強度をもって仮固定可能であると共に、胴づき仕掛けを水中に投入する際には、各エダスを絡ませることなく、しかも速やかに基板部上から離脱させることが可能な構造としなければならず、基板部の長手方向の所定間隔置きに点在状配置とするか、または基板部の略全長に渡って連続状に配置させた状態とするよう、所望する十分な磁力を発生する磁石を一体化したものとすべきである。
【００１５】
突起部は、基板部上に載置される各エダスの、予め想定される位置を挟む所定間隔置き毎に配置されたものとすることにより、各エダスの載置位置を明確なものとし、さらに各エダスの左右側を仕切ってズレ動かないよう案内する機能を果たすものであり、立ち上り部の上縁か、その直近に配置され、各上端が、立ち上り部の上縁を越える高さ寸法に設定されたものとしなければならず、錐形、柱形、またはエダスの係止機能を高める鈎形、上端頭部を拡大した釘形等の適宜形状に成型された合成樹脂製であり、少なくとも上端部付近に夜光性の蛍光成分を含有もしくは被覆したものして視認性を高めたものとするのが望ましい。
【００１６】
エダス係止材部は、ハリを磁性材部に仮固定されたときに、各エダスの中途付近を、基板部の長尺方向にズレ動くことのないよう係止することを可能とすると共に、胴づき仕掛けを、基板部上から剥がし取り、水中に投入する際等には、簡単且つ迅速に離脱可能に保持することを可能とする機能を果たすものであり、当該立ち上り部よりも僅かに高い背丈寸法に設定されたものとなるようにしなければならず、必要に応じ、例えば、基板部上面の適所には、先端を鉛直上方に延伸させた弾性ブラシ状または逆転櫛状に形成されたものとすることが可能になる外、先端を輪状または鈎状に形成した多数本の毛を帯状に植設したもの等とすることも可能であり、それらは立ち上り部の上縁面部、船内側部あるいは船外側部の何れかに沿って添設したものとするとよい。
【００１７】
【関連する発明】
上記した胴づき仕掛け用ハリ置きに関連し、この発明には、以下のとおりの構成からなる、胴づき仕掛け用ハリ置きを付属したロッドホルダーも包含しており、その構成は、基本的に次のとおりのものである。
即ち、舷縁上に脱着自在な仮固定機構を有し、上部に釣竿を装着可能なホルダー部を形成した本体フレーム部を設け、該本体フレーム部の少なくとも左右何れか一方に連結座を形成し、当該連結座に対して、舷縁上に載置可能とする平板状で所定長さのものとした基板部の船内側配置となる長辺縁に沿い、エダス鞍越え載置用とする所定高さの立ち上り部を突設、形成すると共に、同船外側配置となる長辺縁に沿い、ハリ仮着用とする磁性材部を配置、一体化してハリ置き本体とした上、その一端に連結部を形成した胴づき仕掛け用ハリ置きが、該連結部を介して脱着自在に連結されてなるものとしてなる、この発明の胴づき仕掛け用ハリ置きを付属したロッドホルダーである。
【００１８】
この発明のロッドホルダーは、より具体的には、舷縁上に脱着自在な仮固定機構を有し、上部に釣竿を装着可能なホルダー部を形成した本体フレーム部を設け、該本体フレーム部の少なくとも左右何れか一方に連結座を形成し、当該連結座に対して、肉厚７ｍｍ前後の平板状で所定長さのものとして舷縁上に載置可能とする基板部の船内側配置となる長辺縁に沿い、舷縁上１２ｍｍ前後の高さとしたエダス鞍越え載置用の立ち上り部を突設、形成すると共に、同船外側配置となる長辺縁に沿い、所定間隔置きに５〜１０箇所前後、望ましくは７箇所前後の点在状配置とするか、または基板部の略全長に渡って連続状配置にするかしてハリ仮着用とする０．８５ガウス前後の磁性材部を一体化する一方、前記立ち上り部の上縁かその直近には、基板部の長さ方向に所定間隔を置き、各ハリス毎の個別の配置を案内または認識可能とする突起部が、同立ち上り部の上縁を越えるよう夫々突設、形成し、当該立ち上り部の上縁面部、船内側部あるいは船外側部の何れかに沿って弾性ブラシ状または逆転櫛状のエダス係止材部を、該立ち上り部よりも僅かに高い背丈寸法に設定するよう植設されたものとしてハリ置き本体とした上、その一端に連結部を形成してなるものとした胴づき仕掛け用ハリ置きが、該連結部を介して脱着自在に連結されてなるものとした、この発明の胴づき仕掛け用ハリ置きを付属してなるロッドホルダーということができる。
【００１９】
本体フレーム部は、釣竿を舷縁上の適所に、十分な強度をもって支持可能とすると共に、その左右側の少なくとも何れか一方側に胴づき仕掛け用ハリ置きの一端を連結可能になるものとすることにより、連結された状態においては、当該胴づき仕掛け用ハリ置きを舷縁上に定着させる機能を果たし、不用意に釣竿や胴づき仕掛け用ハリ置きが脱落しない程度の十分な強度を有するものとしなければならず、必要に応じ、釣竿や胴づき仕掛け用ハリ置きを簡便に脱着することができる構造のものとすべきであり、また、胴づき仕掛け用ハリ置きを舷縁上に略水平状の姿勢と舷縁に略垂直状の姿勢とに相互に自在に変更可能な構造を設けてなるものとすることができる。
【００２０】
仮固定機構は、釣竿用のホルダー部や、胴づき仕掛け用ハリ置きを連結可能とする連結座等を一体化してなる本体フレーム部を、舷縁上状に装着可能にすると共に、脱着自在に仮固定可能とする機能を果たすものであり、舷縁の船外側と船内側とから挟持状に装着可能な機構を有するもの、あるいは、舷縁を上側と下側とから挟持状に装着可能な機構を設けたものとすることができる外、予め舷縁に設けられた取付け金具や据付け部等に対し、適宜嵌合構造を介して脱着自在に取り付け可能とした構造とすることができる。
【００２１】
ホルダー部は、本体フレーム部上に釣竿の基端を、所定角度姿勢に保持させることが可能であり、複数の魚類が釣れた場合にも十分な強度で釣竿を支持できるようにすると共に、釣竿を必要に応じて比較的容易に離脱させることができる状態に支持する機能を果たすものであり、一般的なロッドホルダーの役目を果たすものであれば特にその構造が限定されるものではない。
【００２２】
連結座は、本体フレーム部の適所に胴づき仕掛け用ハリ置きの適所を脱着在位に連結し、胴づき仕掛け用ハリ置きを、必要に応じて本体フレーム部から離脱させることができるようにする機能を果たすものであり、この発明の胴づき仕掛け用ハリ置きを重なり状にしたり、左右に差込状、上下に嵌合状としたり、上下または前後に挾着状とする各種手段によるものとするこができ、必要に応じ、本体フレームとの間に、連結された胴づき仕掛け用ハリ置きが、設置された舷縁上に対して平行状態となる姿勢と、垂直状態となる姿勢とに互換的に姿勢変更可能となるようにする折畳み機構を組み込んだものとすることもが可能である。
以下では、図面に示すこの発明を代表する実施例と共に、その構造について詳述することとする。
【００２３】
【実施例１】
図１の分解状態にある胴づき仕掛け用ハリ置きを付属したロッドホルダーの斜視図、図２の組立て後の胴づき仕掛け用ハリ置きを付属してなるロッドホルダーの斜視図、図３の折畳み機構の正面図に示した事例によるものは、上部に釣竿を装着可能なホルダー部を形成し、下部に舷縁上に脱着自在とする仮固定機構を設けた本体フレーム部を有し、その左右側の夫々には連結座を形成し、左右連結座の夫々に対して、舷縁上に沿って載置可能とする平板状基板部の船内側配置となる長辺縁に沿い、エダス鞍越え載置用とする立ち上り部を突設すると共に、同船外側配置となる長辺縁に沿い、ハリ仮着用とする磁性材部を一体化してハリ置き本体とした上、前記連結座に対応する端部に連結部を形成した、左右一対の胴づき仕掛け用ハリ置きを、各連結部を介して脱着自在に連結可能とするよう形成した、この発明に係わる胴づき仕掛け用ハリ置きを付属してなるロッドホルダーにおける代表的な一実施例を示すものである。
【００２４】
当該ロッドホルダー１は、中央部に設けられた本体フレーム部２と、その左右に脱着自在に連結される胴づき仕掛け用ハリ置き６，６との組合せによって形成され、該本体フレーム部２が、平面形横転Ｈ型状または平面形Ｉ型状の所定肉厚を有する平板状に形成され、その下部には、固定顎部と可動顎部とを有してハンドルを回動操作することにより、舷縁部Ｓを水平方向（垂直方向でも良い）に挟持し、舷縁に仮固定可能とする万力型の仮固定機構３が設けられ、該仮固定機構３とは反対側となる上部には、釣竿基部側の前後二ヶ所を脱着自在に保持可能とするホルダー部４が設けられたものとなっている。
【００２５】
そして、左右側部の前後端から夫々延伸された支持腕部２１，２１，……間には、所定肉厚に形成され、左右外側となる端部に、矩形状の連結用開口部５１を開口し、同端部の各左右上縁部に、連結ピン５２を差し込み可能な連結孔５３を前後肉厚方向に貫通した連結片５４，５４を立設してなる連結座５の基端が配置され、支持腕部２１，２１と連結座５の基端とを、水平軸芯５５によって貫通することにより、図３中に示すような折り畳み機構５６を形成し、連結用開口部５１を有する連結座５の遊端を略水平状態となる姿勢と略垂直状態となる姿勢とに回動し、折り畳むことが可能な状態に連結されたものとしている。
【００２６】
胴づき仕掛け用ハリ置き６は、肉厚７ｍｍ前後、幅４０ｍｍ前後、長さ７００ｍｍ前後の平板状の基板部７１からなるハリ置き本体７を有し、同基板部７１の船内側配置となる長辺縁には、基板部７１の全長に渡って連続する立ち上り部８を、舷縁上１２ｍｍ前後の高さに突設し、同船外側配置となる長辺縁には、基板部７１の略全長に渡って０．８５ガウス前後の短尺円柱形または円盤状に形成された磁性材部９，９，……を、凡そ１００ｍｍ前後の間隔毎に、合計７箇所となるよう点在状に配置し、基板部７１上面に略面一状となって上面部のみが露出するよう埋設、一体化したものとなっている。
【００２７】
また、前記立ち上り部８の直近となる基板部７１上に、蛍光成分を含有する合成樹脂製の円柱材からなる突起部８１，８１，……を、同基板部７１上に点在状に配置した磁性材部９，９，……の左右側に所定間隔（約５０ｍｍ）置き毎となるよう配置し、同突起部８１，８１，……の各基部を、基板部７１上面に植設状に固着することによって略垂直状に立設し、その上端が立ち上り部８上縁よりも僅かに高く設定したものとなっている。
【００２８】
基板部７１の本体フレーム部２の連結座５に対応する端部には、連結用開口部５１に嵌合可能な嵌合片部７３、および連結ピン５２を略水平状に貫通可能な挿込み孔７４からなる連結部７２を一体に形成し、さらに、該連結部７２を形成したのとは反対側となる端部には、上面を凹欠状に開口した器状の錘台７５が形成されたものとしてある。
【００２９】
【実施例２】
図７のエダス係止材部を設けた胴づき仕掛け用ハリ置きの斜視図、および図８の立ち上り部にエダス受け用凹欠溝を刻設した胴づき仕掛け用ハリ置きの斜視図に示した事例は、この発明の胴づき仕掛け用ハリ置きに包含される他の実施例を示すものであり、胴づき仕掛けＥを、ハリ置き本体７上に載置したときに風に煽られた場合にも、エダスＥ１が横滑りして絡まったり、外れて脱落したりしないよう確実に係止可能とするよう構成されたものである。
【００３０】
当該胴づき仕掛け用ハリ置き６は、図７中に示されるように、突起部８１，８１，……を立ち上り部８上に僅かに突出するよう設け、同立ち上り部８の直近となる基板部７１上面には、その略全長に渡る所定巾の帯状となる範囲に渡り、上端を立ち上り部８よりも僅かに高く設定した多数本のブラシ状体を鉛直状に植設してなるエダス係止材部８２を一体に設けたものとしたものである。
【００３１】
さらに、図８に示されるように、磁性材部９，９，……に対峙する立ち上り部８の夫々には、Ｖ型（Ｕ型やＹ型、Ｗ型等であっても良い）の上方に開放するエダス受け用凹欠溝８３，８３，……を刻設したものとすることが可能であり、同エダス受け用凹欠溝８３，８３，……は、立ち上り部８の略全長に渡って刻設したものとすることも可能である。
【００３２】
【作用】
以上のとおりの構成からなるこの発明の胴づき仕掛け用ハリ置き６，６は、図１中に示すように、本体フレーム部２に設けられた左右の連結座５，５に対して、夫々の連結部７２，７２を接続することにより、図２中に示すとおり、左右にハリ置き本体７，７を装着したロッドホルダー１を形成することが可能であり、その接続作業は、以下のとおり行うことが可能である。
【００３３】
本体フレーム部２の左側の連結座５に開口する連結用開口部５１に対し、左側の胴づき仕掛け用ハリ置き６の嵌合片部７３を挿込み、連結孔５３，５３に挿込み孔７４，７４を同心状配置とし、連結ピン５２を差し込んで一体に連結するようにし、これと同様の作業を右側の連結座５、およびこれに連結される右側の胴づき仕掛け用ハリ置き６についても行うことにより、図２に示したように、左右の連結座５，５に夫々胴づき仕掛け用ハリ置き６，６を接続したロッドホルダー１を組み立てることができる。
【００３４】
このようにして組み立てられたロッドホルダー１は、下部に設けられた仮固定機構３により、その本体フレーム部２を舷縁Ｓ上に固着することができ、左右の胴づき仕掛け用ハリ置き６，６が、その下面を舷縁Ｓ上面に接地するように配置、仮固定されるものとなり、上方にあるホルダー部４には、船外側に竿先を向けた図示しない釣竿の基部を仮固定することができると共に、図示しない脱着機構によって該釣竿を素早く取り外すことが可能となっている。
【００３５】
釣竿の図示しないミチイトの先端に繋着した胴づき仕掛けＥは、図４の胴づき仕掛けを搭載したハリ置き本体の斜視図に示すように、ミキイトＥ３の基端に近いエダスＥ１，Ｅ１，……のハリＥ２，Ｅ２，……から順に、ハリ置き本体７の本体フレーム部２に近い磁性材部９，９，……に吸着、仮固定すると共に、各エダスＥ１，Ｅ１，……の中途部を、対応する突起部８１，８１，……間に配置させ、且つ立ち上り部８を鞍越え載置状とするように乗り越えさせてミキイトＥ３を船内側に垂れ下がり状とした上、ミキイトＥ３先端の錘Ｅ４を錘台７５上に載置させることにより、絡まないように整然と搭載することができる。
【００３６】
このようにして整列された各ハリＥ２，Ｅ２，……に、イワイソメや青イソメ（モエビ、サンマの切り身、その他）等の餌Ｅ５，Ｅ５，……を順次取り付けて、図５の胴づき仕掛け用ハリ置き上に搭載されたエダスの断面図に示すように、磁性材部９，９，……に再度吸着させると、ハリＥ２の先に付けられた餌Ｅ５が、基板部７１の縁部（肉厚７ｍｍ前後）に沿って垂れ下がり、舷縁Ｓ上に接する状態となるので、ハリＥ２，Ｅ２，……が浮き上がらず、確実に磁性材部９，９，……に仮着されることとなる。
【００３７】
また、図６の胴づき仕掛け用ハリ置き上に搭載されたエダスの平面図に示すように、ハリＥ２から伸びるエダスＥ１中途が、立ち上り部８に鞍越え状となって前後を浮かせた状態としてあり、エダスＥ１を摘み上げ易くして餌付け等の作業が容易になるようにする上、各エダスＥ１，Ｅ１，……が、夫々左右の突起部８１，８１，……間に配置されていて、個々のエダスＥ１，Ｅ１，……の識別を容易且つ確実に行うことができるようにしてある。
【００３８】
さらに、片側の胴づき仕掛け用ハリ置き６だけでは、全てのエダスＥ１，Ｅ１，……を搭載しきれないとき等には、両側の胴づき仕掛け用ハリ置き６，６に跨って使用するようにし、さらに多くのエダスＥ１，Ｅ１，……を有する胴づき仕掛けＥを搭載することが可能となるようにしてあり、また、片側の仕掛け用ハリ置き６だけで十分なときには、不要な一方の仕掛け用ハリ置き６の連結ピン５２を引き抜き、取り外して使用することができるものとなり、また、釣りを終えて持ち帰るときには、双方の連結ピン５２，５２を引き抜くことによって連結座５，５から左右の胴づき仕掛け用ハリ置き６，６を取り外し、分解状態にして小型化して取り扱うことができるする外、場合によっては、左右の折り畳み機構５６，５６を利用し、図３中に矢印で示すように、折り畳んで小型化してしまうようにすることも可能となる。
【００３９】
図７中に示したように、エダスＥ１の中途部をエダス係止材部８２に係止させたものとして、エダスＥ１が横風に煽られたときや、船が波に揺られた場合等にもズレ動かず、突起部８１，８１間に確りと保持されるようにしたものとしたり、さらに、図８中に示すように、立ち上り部８のエダス受け用凹欠溝８３に達するようエダスＥ１中途を載置することにより、エダスＥ１中途が、エダス係止材部８２のさらに深い位置にまで差し込まれる上、エダス受け用凹欠溝８３によって確りと保持されるものとなり、さらに確実な保持状態が期待できるものとなる。
【００４０】
【効果】
この発明の胴づき仕掛け用ハリ置きによれば、何よりも先ず、基板部の船外側の長辺縁に沿って磁性材部を配置した構造により、餌を着けたハリを磁性材部に仮着させたときに、餌が基板部の縁部から舷縁上に垂れ下がり状となってハリを浮き上がらせることがなく、餌を着けていないときと略同等の吸着、固定力を発揮することができ、しかも船内側配置となる長辺縁に立ち上り部を形成したことにより、一本一本のエダスが夫々鞍越え載置状となって摘み易くなり、揺れる船上であっても個々のエダスを容易に取り扱うことができると共に、各エダスが左右の突起部に挟まれるように配置されるものとなるから、視認性があり、エダスの取り間違いを解消できる上、左右へのズレ動きが阻止されてエダス同士の絡み合いを防止できるという秀れた特徴が得られるものである。
【００４１】
また、この発明の胴づき仕掛け用ハリ置きを付属したロッドホルダーによれば、本体フレーム部の下部に設けられた仮固定機構によって簡単に舷縁上に仮固定することができ、該本体フレーム部左右双方、または左右何れか一方の連結座に、胴づき仕掛け用ハリ置きを連結したものでは、本体フレームに一体化した状態で舷縁上に仮固定されたものとなり、しかも連結座の折り畳み機構を折り畳めば、分解することなく折り畳んで収納、運搬に適する寸法に小型化することができる上、胴づき仕掛けを使用しないときには、胴づき仕掛け用ハリ置き部分を取り外して本体フレーム部を単独で使用し、通常のロッドホルダーとして使用することもできるようにするという秀れた効果を発揮できるものとなる。
【００４２】
特に、実施例に説明した胴づき仕掛け用ハリ置き６は、上記した特徴に加え、図７中に示されるように、ブラシ状のエダス係止材部８２を植設してあり、突起部８１，８１間に配置されたエダスＥ１の中途を、多数本のブラシ状毛間に挟持状とし、強風や船の振動等による横ズレを防止する効果を高めることができるものとなり、さらに、図８中に示すように、立ち上り部８の磁性材部９に対応する適所にエダス受け用凹欠溝８３を刻設したものでは、エダスＥ１中途がエダス係止材部８２の深い位置まで差し込まれた状態となり、しかもエダス受け用凹欠溝８３に落ち込み、挟持状に保持されることとなって、さらに高い保持力を確保することができ、その上、胴づき仕掛けＥを海中に投入する際には、ミキイトＥ３諸共上方に引き上げてしまうことにより、各エダスＥ１，Ｅ１，……が絡むことなく、各ハリＥ２，Ｅ２，……が順次、整然と磁性材部９，９，……から剥がされるように離脱し、絡み付かせることなくして海中に投入することができるという大きな効果を期待することができるものとなる。
【００４３】
叙述の如く、この発明の胴づき仕掛け用ハリ置き、およびそれを付属したロッドホルダーは、その新規な構成によって所期の目的を遍く達成可能とするものであり、しかも製造も容易で、従前からの磁気プレートや仕掛け保持装置と略同等か、あるいはそれらよりも廉価に提供することが可能であって経済的に提供することを可能にする共に、船上における使用にも極めて秀れていて確実な操作が保証され、胴づき仕掛けの取扱い作業の効率を格段に向上してエダス絡み等の不安を一掃することができ、特に船上での限られた時間を有効に活用して大きな釣果を得る機会を確実に広げることができるようになって、ベテランからビギナーまでの幅広い層の釣り人達からは固よりのこと、それら各種用具を取り扱う釣具業界からもこの種商品として高く評価され、広範に渡って利用、普及していくものになると予想される。
【図面の簡単な説明】
図面は、この発明の胴づき仕掛け用ハリ置き、およびそれを付属したロッドホルダーの技術的思想を具現化した幾つかの実施例を示すものである。
【図１】分解状態のロッドホルダーを示す斜視図である。
【図２】組み立て状態にあるロッドホルダーを示す斜視図である。
【図３】折り畳み機構を示すロッドホルダーの正面図である。
【図４】胴づき仕掛け用ハリ置きの構造を示す斜視図である。
【図５】使用される胴づき仕掛け用ハリ置きの断面図である。
【図６】使用される胴づき仕掛け用ハリ置きの平面図である。
【図７】エダス係止材部の構造を示す斜視図である。
【図８】エダス受け用凹欠溝の形状を示す斜視図である。
【符号の説明】
１ロッドホルダー
２本体フレーム部
２１同支持腕部
３仮固定機構
４ホルダー部
５連結座
５１同連結用開口部
５２同連結ピン
５３同連結孔
５４同連結片
５５同水平軸芯
５６同折り畳み機構
６胴づき仕掛け用ハリ置き
７ハリ置き本体
７１同基板部
７２同連結部
７３同嵌合片部
７４同挿込み孔
７５同錘台
８立ち上り部
８１同突起部
８２同エダス係止材部
８３同エダス受け用凹欠溝
９磁性材部
Ｓ舷縁部
Ｅ胴づき仕掛け
Ｅ１同エダス
Ｅ２同ハリ
Ｅ３同ミキイト
Ｅ４同錘
Ｅ５同餌[0001]
OBJECT OF THE INVENTION
    The present invention relates to handling of a torso device effective for fishing fish such as rockfish, hockey, soi, minook, cod, etc. It is intended to provide a rod holder with a new structure that has a new structure that prevents feeding and improves feeding workability and Edas handling on board, and a rod holder with a new structure attached to it. It is.
[0002]
[Prior art]
    Since Japan is blessed with abundant marine resources surrounded by the sea on all sides, you can enjoy a variety of fishing and go offshore for a relatively short time off the fishing port. One of them is the pleasure of casually taking a fishing boat with family, friends, acquaintances, etc.
[0003]
    Fishes that are aimed at from offshore fishing include fishes that live and migrate around the seabed at a depth of about 130-160m, including sea bream, hockey, soi, minke, cod, etc. In general, a torsion mechanism with multiple Edas connected to Mikiit will be used, but a torsion mechanism with multiple Edas is very easy to get tangled and handled on a ship that is easily exposed to strong winds. It is difficult to tie the mechanism to Michiite, and it is difficult to feed each piece of elasticity, and a magnetic plate that has been molded from a synthetic resin containing a magnetic material in the form of a flat plate has traditionally been placed on the rim. They are fixed, adsorbed on the magnetic plate so as to be arranged, and while being temporarily fixed, with careful attention not to get entangled, they are put into the sea.
[0004]
    However, with such a magnetic plate, the user must use the position of EdaS and the temporary attachment position of the Era as needed, and it is impossible to determine which Edas belongs to which Era, When you feed, you get tangled by twisting, struggling to pick up the thin Edas on the plate with fingers that get wet in the rain or cold, or confused by Edas that swings irregularly in strong winds Then, another edas is picked and the workability is extremely bad, and in the worst case, the edas are entangled with each other on the magnetic plate and cannot be solved.
[0005]
    In order to improve the handling at the edge of the torso mechanism, for example, as seen in the invention of “Ship fishing boat holding device” disclosed in Japanese Patent Application Laid-Open No. 2001-333678, a narrow width in the longitudinal direction. It shall be provided with a tension holding plate magnetized with NS magnetic poles alternately arranged, and adjacent edges of a plurality of Edas are magnetized to different magnetism to effectively suppress displacement movement, That can be adsorbed and temporarily fixed so as not to move even if exposed to rain or vibration from a ship, or "Fishing device set thrower" disclosed in JP-A-9-9837 As in the invention, a plurality of fishing hook hooks are arranged on the fishing tackle set input plate so that the hooking hooks can be sequentially hooked and aligned on the hooks. , And the development of already several, proposals have been made.
[0006]
    However, these are the conventional ones, especially those based on the principle of the former “fishing device for fishing boats” invention. The contact condition will be worsened, the adsorption and temporary fixing capacity will be significantly reduced, and there will be inconveniences such as being subject to strong winds and being easily removed due to vibrations from the ship. Due to equipment such as the invention, when trying to hang the hook after the bait is hooked on the hook, the bait gets in the way and it is difficult to hang it securely. There is a drawback that it will be difficult to quickly remove each attached tension when trying to throw it in. Any type of thing will be exposed to wind and rain, or a swaying ship It was those that can not be as satisfactory for the handling of the in.
[0007]
    As one of those who have enjoyed boat fishing for many years, this invention is able to securely fix a bite on a heel from the experience of frequently encountering the above scenes. In addition, when throwing a device into the sea, it can be quickly determined from the judgment that it is impossible to realize a device for placing the device so that it can be removed easily and orderly so that Edas do not get entangled. As a result of long-term trial and error, many trial manufactures, and experiments after starting development and research, this time, we finally have a new structure for the torsion placement mechanism and a new structure rod holder attached to it. In the following, the configuration thereof will be described in detail together with an embodiment representative of the present invention shown in the drawings.
[0008]
[Structure of the invention]
    As can be clearly understood from the embodiments representing the present invention shown in the drawings, the torsion device laying apparatus according to the present invention basically comprises the following configuration.
    In other words, a rising portion of a predetermined height for mounting over the EdaS ridge is projected along the long side edge of the board portion that can be placed on the rim as a flat plate having a predetermined length. It is set up and formed, and along the long side edge that becomes the outer side arrangement of the ship, it is arranged in a dotted manner at predetermined intervals, or it is arranged in a continuous manner over substantially the entire length of the substrate part and temporary wearing Protrusion that integrates the magnetic material portion to be provided, and at the upper edge of the rising portion or in the immediate vicinity thereof, has a predetermined interval in the length direction of the substrate portion, and can guide or recognize the individual arrangement for each Harris However, it is necessary to incorporate a temporary fixing mechanism that can be detachably fixed to the heel edge, in addition to forming the main body as a projecting and formed body that protrudes and is formed so as to cross the upper edge of the rising part. , It can be built-in, and it can be called a timber device That.
[0009]
    If you show the torsion arrangement for this torso with this basic structure as a more specific one,A plate-shaped plate with a thickness of around 7mm and a predetermined length. The board is placed on the side of the shipboard so that it can be placed on the edge of the board. Projecting rising parts are formed and formed, and along the long side edge that is arranged outside the ship, they are arranged at predetermined intervals, or are arranged continuously over substantially the entire length of the board part. In the meantime, the magnetic material portion of about 0.85 gauss to be temporarily worn is integrated, while a predetermined interval is placed in the length direction of the substrate portion at or near the upper edge of the rising portion, and each Harris Protruding parts that can guide or recognize the individual arrangement of the projecting parts protrude and are formed so as to cross the upper edge of the rising part, and are used as a laying main body, and are attached to and detached from the collar at appropriate positions. Incorporate a temporary fixing mechanism that allows free fixing The Place dough Hazuki Halifax for a gimmick by the configuration.
[0010]
    More specifically,A plate-like plate with a thickness of around 7mm, with a predetermined length, and placed over the EdaS pass, with a height of around 12mm above the heel, along the long edge of the board that can be placed on the ledge. A rising portion for installation is projected and formed, and along the long edge that is arranged outside the ship, it is arranged in a scattered manner at around 5 to 10 places, preferably around 7 places at predetermined intervals, or a substrate. The magnetic material part of about 0.85 gauss to be temporarily worn by integrating in a continuous arrangement over almost the entire length of the part is integrated, while the upper edge of the rising part or in the immediate vicinity thereof is Protrusions that are spaced apart by a predetermined distance in the length direction and that can guide or recognize individual arrangements for each Harris project and are formed so as to exceed the upper edge of the rising part, and the upper edge surface part of the rising part. Elastic brush or along either the inside or outside of the ship The combed Edas locking material part is planted so as to be set to a height slightly higher than the rising part, and is used as a main body, and in its proper position, it is detachable from the collar. A temporary fixing mechanism that can be fixed is incorporated, or a torsion-sparing splint having a configuration that can be incorporated is included.
[0011]
    The tensioning main body can be mounted over a predetermined length range along the heel edge, and can be arranged in an orderly manner along the heel edge, allowing multiple Edas to be tortured to be placed in an orderly manner. Compared to the extent that it can be temporarily fixed by adhering the tension to the magnetic material part, and the board part can be placed so that it does not get entangled with multiple Edos with a general bodywork The hull bait, which is formed into a flat plate having a length of about 60 to 120 cm, for example, and temporarily fixed to the magnetic material portion arranged at the long side edge to be arranged outside the ship, In order to ensure reliable contact with the magnetic material part of the tension, the wall thickness of the long edge that is located on the outside of the ship is sufficient to absorb the sagging dimension of the bait. Should be set to the correct dimensions That.
[0012]
    And if necessary, it is possible to form a bait notch or bait-shaped guide groove or the like on the outer long edge of the outer side of the magnetic material part, and any suitable place ( In addition to a temporary fixing mechanism that can be detachably fixed to the collar edge, it may be fixed using a separate vise type temporary fixing mechanism. In addition, it is possible to make a structure where the fishing tackle such as a rod holder or a container for rice balls is fastened together with metal fittings that can be temporarily fixed to the edge of the rod, and can be temporarily fixed. An adhesive material such as a double-sided pressure-sensitive adhesive tape or adhesive may be sandwiched between the upper surface of the edge, and the tensioning main body may be crimped and fixed on the flange edge.
[0013]
    The rising part is supported in a state where it is placed over a ridge that floats up to a predetermined height in the middle of Edas extending from the tension when the tension is attracted and temporarily fixed on the magnetic material part of the tensioning body. By making it possible, each Edas is lifted on the board part to stand out from the surroundings, and each Edas can be easily squeezed to facilitate the feeding operation. The long side edge that becomes the inner arrangement must have a shape that protrudes to a higher position from the substrate part of a predetermined thickness, and if necessary, at each predetermined interval of the upper edge of the rising part, Or a recess groove for receiving EDAS that can be fitted in the middle of EDAS in a locking manner, or a recess groove for receiving EDAS over the substantially entire length of the upper edge. Many can be engraved.
[0014]
    The magnetic material part is temporarily placed in a state in which each of the tensions provided in a plurality of torsional devices Edas is arranged in an orderly manner along the long side edge that is disposed on the shipboard side of the tensioning main body board part. It functions to make it possible to wear and fix, and it is possible to temporarily fix the tension attached with bait or pseudo bait with sufficient strength so that it will not accidentally drop off, and when throwing the torso into the water In addition, the structure must be configured such that each Edus is not entangled and can be quickly detached from the substrate portion, and is arranged in a dotted manner at predetermined intervals in the longitudinal direction of the substrate portion. The magnets that generate a desired sufficient magnetic force should be integrated so as to be in a state of being continuously arranged over substantially the entire length.
[0015]
    The protrusions are arranged at predetermined intervals between each of the EdaSs that are placed on the substrate unit, and the positions where each Edas is placed are made clear. It functions to guide the right and left sides of each Edas so that they do not move. The upper edge of the rising part is located at or near the upper edge, and each upper end is set to a height that exceeds the upper edge of the rising part. Made of synthetic resin molded into an appropriate shape, such as a cone, a column, or a saddle shape that enhances the locking function of Edus, or a nail shape with an enlarged upper end head, and at least the upper end It is desirable that the visibility is improved by containing or coating a luminous component in the vicinity of the part.
[0016]
    The Edas locking material part makes it possible to lock the middle part of each Edas so that it does not move in the longitudinal direction of the substrate part when the tension is temporarily fixed to the magnetic material part, When the torso is peeled off from the substrate and put into the water, it performs a function that allows it to be easily and quickly detachable, and is slightly higher than the rising part. It must be set to the height dimension, and if necessary, for example, at an appropriate place on the upper surface of the substrate part, it is formed in an elastic brush shape or a reverse comb shape with the tip extending vertically upward In addition, it is also possible to have a plurality of hairs with a ring-shaped or hook-shaped tip planted in a strip shape, such as the upper edge surface portion of the rising portion, the inner side portion of the ship Or along the outside of the ship It may be the thing.
[0017]
[Related invention]
    The present invention includes a rod holder attached to the torsion device, which has the following configuration, and is basically configured as follows. It is as follows.
    That is, it has a detachable temporary fixing mechanism on the rim, and a main body frame portion having a holder portion on which a fishing rod can be mounted is provided on the upper portion, and a connecting seat is formed on at least one of the left and right sides of the main body frame portion. , A predetermined plate for mounting over the Edus ridge along the long side edge of the board portion which is a flat plate shape having a predetermined length that can be mounted on the ridge edge with respect to the connecting seat. Protruding and forming the rising part of the height, along with the long side edge that will be placed on the outside of the ship, the magnetic material part to be temporarily worn is arranged and integrated to make the main body and the connecting part at one end This is a rod holder attached with the torsion device setting device according to the present invention, wherein the torsion device setting device is formed so as to be detachably connected via the connecting portion.
[0018]
    More specifically, the rod holder of the present invention has a temporary fixing mechanism that is detachable on the rim, and is provided with a main body frame portion on which a holder portion to which a fishing rod can be attached is provided. A connecting seat is formed on at least one of the left and right sides, and the board portion is arranged on the shipboard side so that it can be placed on the rim as a flat plate having a thickness of about 7 mm with a predetermined length. Along the long edge, a rising part for mounting over the Edasu ridge with a height of about 12 mm above the ridge is projected and formed, and along the long edge that is arranged outside the ship, it is 5-10 at predetermined intervals. A magnetic material part of about 0.85 gauss is used as a temporary wear by placing it in a dotted arrangement, preferably around seven places, preferably around seven places, or in a continuous arrangement over substantially the entire length of the substrate part. On the other hand, at or near the upper edge of the rising part, Protrusions that are spaced apart from each other in the length direction of the plate portion and that can guide or recognize the individual arrangement of each Harris project and are formed so as to exceed the upper edge of the rising portion. The elastic brush-like or reverse comb-like Edas locking material part is installed along the upper edge surface part, the ship inside part or the ship outside part so as to set the height dimension slightly higher than the rising part. In the present invention, the torsion holder for the torsion device, which has a connecting body formed on one end thereof, is detachably connected via the connecting part. It can be said that it is a rod holder that comes with a torsion holder for the torso.
[0019]
    The main body frame part can support the fishing rod at a proper position on the edge of the rod with sufficient strength, and can connect one end of the torsion arrangement to at least one of the left and right sides thereof. In the connected state, it has a function to fix the torsion device's splint on the rim, and has sufficient strength to prevent the fishing rod and torsion device's splint from being inadvertently dropped. If necessary, it should be structured so that the fishing rod and torsion holder can be easily attached and detached. It is possible to provide a structure that can be freely changed between a vertical posture and a substantially vertical posture at the flange edge.
[0020]
    The temporary fixing mechanism makes it possible to mount the main body frame part, which integrates the holder part for fishing rods and the connecting seat that can be connected to the splint for torsion, on the heel edge, and it is also detachable It has a function to make it possible to temporarily fix, and has a mechanism that can be attached in a sandwiched manner from the outside and inside of the ridge, or can be attached in a sandwiched manner from the upper and lower sides. In addition to being provided with a mechanism, it can be configured to be detachably attachable to a mounting bracket or installation part provided in advance on the flange edge through a fitting structure as appropriate.
[0021]
    The holder portion can hold the base end of the fishing rod on the main body frame portion in a predetermined angle posture, and can support the fishing rod with sufficient strength even when a plurality of fish can be caught. The structure is not particularly limited as long as it functions as a rod holder that can be removed relatively easily as needed.
[0022]
    The connecting seat connects the proper position of the torsion device to the proper position of the main body frame part so that it can be detached from the main body frame part as necessary. It is to fulfill the function, and by means of various means to make the torsion arrangement of the present invention overlap, insert in the left and right, fit in the top and bottom, or stick in the top and bottom or front and back If necessary, the torsion device that is connected between the body frame and the body frame can be placed in a posture in which it is in a parallel state with respect to the installed collar and in a posture in which it is in a vertical state. It is also possible to incorporate a folding mechanism that allows the posture to be changed interchangeably.
    In the following, the structure of the present invention will be described in detail together with an embodiment representative of the present invention shown in the drawings.
[0023]
[Example 1]
    FIG. 1 is a perspective view of a rod holder attached with the torsion device setting device in the disassembled state of FIG. 1, FIG. 2 is a perspective view of the rod holder to which the torsion device setting device is assembled, and the folding mechanism of FIG. According to the example shown in the front view of the above, there is a main body frame part with a temporary fixing mechanism that allows a fishing rod to be attached to the upper part and a detachable part on the edge of the lower part on the left and right sides. A connecting seat is formed on each of the left and right connecting seats. A rising part for installation is projected, and a magnetic material part to be temporarily worn is integrated along the long side edge that is arranged on the outside of the ship, and the edge corresponding to the connecting seat is obtained by integrating the magnetic material part for temporary wearing. A pair of left and right torso straps with a connecting part Was formed so as to allow removably connected via the respective connecting portions, shows a representative embodiment of the cylinder Hazuki rod holder comprising comes placed needles for tackle according to the invention.
[0024]
    The rod holder 1 is formed by a combination of a main body frame portion 2 provided at a central portion and a torsion-mounting trap holders 6 and 6 that are detachably connected to the left and right sides of the main body frame portion 2. It is formed in a flat plate shape having a predetermined thickness of a planar rollover H shape or a planar shape I shape, and has a fixed jaw portion and a movable jaw portion at the lower portion thereof, and by rotating the handle, A vise-type temporary fixing mechanism 3 is provided, which clamps the flange edge S in the horizontal direction (or may be in a vertical direction) and can be temporarily fixed to the flange edge, and is provided on the upper side opposite to the temporary fixing mechanism 3. Is provided with a holder portion 4 that can removably hold the front and rear two locations on the fishing rod base side.
[0025]
    And between the support arm portions 21, 21,... Extended from the front and rear ends of the left and right side portions, a predetermined thickness is formed, and rectangular connection openings 51 are formed at the left and right outer ends. The base end of the connecting seat 5 is formed by opening and connecting pieces 54 and 54 penetrating through the connecting hole 53 into which the connecting pin 52 can be inserted in the front-rear thickness direction at the left and right upper edges of the same end. The folding arms 56 as shown in FIG. 3 are formed by penetrating the support arm portions 21 and 21 and the base end of the connection seat 5 with the horizontal axis 55, and have a connection opening 51. It is assumed that the free end of the coupling seat 5 is pivoted between a posture that is in a substantially horizontal state and a posture that is in a substantially vertical state, and is connected in a state where it can be folded.
[0026]
    The torsion holder 6 has a holder body 7 composed of a flat board portion 71 having a thickness of around 7 mm, a width of around 40 mm, and a length of around 700 mm. A rising portion 8 that extends continuously over the entire length of the substrate portion 71 is provided at the edge so as to protrude to a height of about 12 mm above the ridge, and the substantially entire length of the substrate portion 71 is provided at the long edge that is disposed outside the ship. The magnetic material portions 9, 9,... Formed in a short cylindrical shape or disk shape of about 0.85 gauss are arranged in a dotted manner so that there are a total of seven places at intervals of about 100 mm. The substrate portion 71 is substantially flush with the upper surface, and is embedded and integrated so that only the upper surface portion is exposed.
[0027]
    Further, projections 81, 81,... Made of a synthetic resin cylindrical material containing a fluorescent component are arranged in a dotted manner on the substrate portion 71 on the substrate portion 71 in the immediate vicinity of the rising portion 8. Are arranged at predetermined intervals (about 50 mm) on the left and right sides of the magnetic material portions 9, 9,..., And the base portions of the projection portions 81, 81,. The upper end is set to be slightly higher than the upper edge of the rising portion 8.
[0028]
    A fitting piece 73 that can be fitted into the coupling opening 51 and an insertion that can penetrate the coupling pin 52 substantially horizontally are inserted into the end portion of the main body frame portion 2 of the board portion 71 corresponding to the coupling seat 5. A connecting portion 72 formed of a hole 74 is formed integrally, and a bowl-shaped weight base 75 whose upper surface is opened in a recessed shape is formed at the end opposite to the connecting portion 72. It has been done.
[0029]
[Example 2]
    FIG. 7 is a perspective view of the trapping device for placing the Edas locking member, and FIG. 8 is a perspective view of the device for placing the device that has a recessed groove for receiving Edas in the rising portion. The example shows another embodiment included in the torsion device for the torsion device according to the present invention. When the torsion device E is mounted on the torsion device body 7 and is blown by the wind. Also, Edas E1 is configured to be able to be securely locked so that it does not slip and entangle or slip off and fall off.
[0030]
    As shown in FIG. 7, the torsion device holder 6 is provided with projections 81, 81,... Slightly projecting on the rising portion 8, and a substrate portion that is in the immediate vicinity of the rising portion 8. 71, Edas Lock is formed by vertically planting a large number of brush-like bodies whose upper ends are set slightly higher than the rising portion 8 over a range having a predetermined width over the substantially entire length. The material part 82 is provided integrally.
[0031]
    Further, as shown in FIG. 8, each of the rising portions 8 facing the magnetic material portions 9, 9,... Is above the V shape (which may be a U shape, a Y shape, a W shape, or the like). Edas receiving recessed grooves 83, 83,... That are opened to the same, and the Edas receiving recessed grooves 83, 83,. It can also be engraved across.
[0032]
[Operation]
    As shown in FIG. 1, the torsion holders 6 and 6 of the present invention having the above-described configuration are respectively connected to the left and right connecting seats 5 and 5 provided in the main body frame portion 2. By connecting the connecting portions 72, 72, as shown in FIG. 2, it is possible to form the rod holder 1 with the main body 7, 7 attached to the left and right, and the connecting operation is performed as follows. It is possible.
[0033]
    The fitting piece portion 73 of the left side trimming device 6 is inserted into the connection opening 51 that opens to the left connection seat 5 of the main body frame 2, and the insertion hole 74 is inserted into the connection holes 53, 53. , 74 are arranged concentrically, and the connecting pin 52 is inserted to be connected together, and the same operation is performed for the right connecting seat 5 and the right stool 6 for attaching to the right body. By doing so, as shown in FIG. 2, it is possible to assemble the rod holder 1 in which the left and right connecting seats 5, 5 are respectively torsioned and connected to the splint holders 6, 6.
[0034]
    The rod holder 1 assembled in this way can fix the main body frame portion 2 on the flange edge S by a temporary fixing mechanism 3 provided at the lower part, 6 is arranged and temporarily fixed so that the lower surface thereof is grounded to the upper surface of the rod edge S, and a base portion of a fishing rod (not shown) with the tip pointed to the outside of the boat is temporarily fixed to the holder portion 4 located above. In addition, the fishing rod can be quickly removed by a detaching mechanism (not shown).
[0035]
    As shown in the perspective view of the main body of the trapeze mounted with the torsion mechanism shown in FIG. 4, the torsion mechanism E connected to the tip of the Michito (not shown) of the fishing rod is Edas E1, E1,. In this order, the magnetic material portions 9, 9,... Close to the main body frame 2 of the laying main body 7 are attracted and temporarily fixed, and each Edus E1, E1,. The part is arranged between the corresponding protrusions 81, 81,..., And the rising part 8 is placed so as to be overhanging, so that the Mikiito E3 hangs down to the inside of the ship, and the tip of the Mikiito E3 By placing the weight E4 on the weight base 75, the weight E4 can be mounted orderly so as not to get entangled.
[0036]
    Each of the stretches E2, E2,... Arranged in this way is sequentially attached with bait E5, E5,..., Such as sardine or blue omelet (moe shrimp, saury fillet, etc.), and the torso of FIG. As shown in the cross-sectional view of the EDAS mounted on the splint, when the magnetic material portions 9, 9,... Are adsorbed again, the bait E5 attached to the tip of the splint E2 is attached to the edge of the substrate portion 71. Since it hangs down along the (thickness of about 7 mm) and comes into contact with the brim edge S, the tension E2, E2,... Does not float and is securely attached to the magnetic material portions 9, 9,. It becomes.
[0037]
    In addition, as shown in the plan view of the EDAS mounted on the torsion arrangement of FIG. 6, the middle of EDAS E1 extending from the Eri E2 is overhanging the rising portion 8 and floats back and forth. Yes, Edas E1 can be easily picked up to facilitate feeding and the like, and each Edas E1, E1,... Is arranged between the left and right projections 81, 81,. The individual Edas E1, E1,... Can be easily and reliably identified.
[0038]
    Furthermore, when not all Edas E1, E1,... Can be installed with just one side of the trimming device 6 for trimming, it should be used across the trimming devices 6 and 6 on both sides. In addition, when it is possible to mount a torso device E having more Edas E1, E1,... The connecting pin 52 of the anchoring device 6 can be pulled out and removed, and can be used. When the fishing pin is taken home after fishing, the left and right sides of the connecting seats 5 and 5 are removed by pulling out both connecting pins 52 and 52. The torsion holders 6 and 6 can be removed and disassembled to be miniaturized and handled. In some cases, the left and right folding mechanisms 56 and 56 are used, and FIG. As shown by arrows in, it is possible to make become miniaturized folded.
[0039]
    As shown in FIG. 7, it is assumed that the middle part of Edas E1 is locked to Edas locking member 82, when Edas E1 is blown by a crosswind or when a ship is shaken by waves. The EDAS E1 is configured so that it does not move and is securely held between the projecting portions 81 and 81, and further reaches the EDAS receiving recessed groove 83 of the rising portion 8 as shown in FIG. By placing the midway, the midway of Edas E1 is inserted into a deeper position of the Edas locking member 82, and is firmly held by the recessed groove 83 for receiving Edas, and a more reliable holding state Can be expected.
[0040]
[Effect]
    According to the torsion hanger for this invention, first and foremost, with the structure in which the magnetic material portion is arranged along the long side edge of the board portion on the outside of the ship, the hull with bait is temporarily attached to the magnetic material portion. When this is done, the bait hangs down from the edge of the board part onto the heel edge and does not lift up the tension, so that it can exhibit the same adsorption and fixing force as when the bait is not worn. In addition, by forming a rising part on the long edge that is located on the inner side of the ship, each Edas is placed on the overboard, making it easy to pick, and even Edas can be easily picked even on a swaying ship Since each Edas is placed so that it is sandwiched between the left and right protrusions, it is highly visible and can eliminate Edas mistakes. The ability to prevent edas from entanglement In which Su features are obtained.
[0041]
    Further, according to the rod holder attached with the torsion device's splint according to the present invention, the main body frame portion can be easily fixed on the collar by a temporary fixing mechanism provided at the lower portion of the main body frame portion. In the case where the left and right or either the left or right connecting seat is connected to the torsion holder, it is temporarily fixed on the collar edge in an integrated state with the main body frame, and the connecting seat folding mechanism If you fold it, it can be folded and stored without disassembling, and it can be downsized to a size suitable for transportation, and when you do not use the torso, you can remove the torsion part for the torso and use the main body frame alone In addition, the excellent effect of being able to be used as a normal rod holder can be exhibited.
[0042]
    In particular, as shown in FIG. 7, in addition to the above-described features, the torsion device 6 for the torsion mechanism described in the embodiment has a brush-shaped Edas locking material portion 82 implanted therein. , 81 can be sandwiched between a large number of brush-like hairs to enhance the effect of preventing lateral displacement due to strong winds, ship vibrations, etc. As shown in the figure, in the case where the EDAS receiving recessed groove 83 is carved at an appropriate position corresponding to the magnetic material portion 9 of the rising portion 8, the middle of the EDATH E1 is inserted to a deep position of the EDAS locking material portion 82. It will be in a state, and it will fall into the recess groove 83 for receiving Edas, and will be held in a pinched state, so that a higher holding force can be secured, and in addition, when the torso device E is thrown into the sea Raised all the Mikiito E3 By wrapping, Edas E1, E1,... Are not entangled, and each of the springs E2, E2,. It can be expected to have a great effect that it can be thrown into the sea without it.
[0043]
    As described above, the torsion arrangement of the present invention, and the rod holder attached thereto, can achieve the intended purpose uniformly by its new structure, and is easy to manufacture, and has been conventionally used. It is possible to provide it at the same price as, or cheaper than, a magnetic plate or a device holding device of this type, making it possible to provide it economically. The operation is guaranteed, and the efficiency of handling work with the torso can be greatly improved, and the anxiety such as Edas entanglement can be cleared. Especially, the opportunity to obtain large fishing results by effectively utilizing the limited time on the ship This is a product from the fishing tackle industry that handles these various tools, as well as from the wide range of anglers from veterans to beginners. Highly evaluated Te, available across a wide range, is expected to be those that continue to spread.
[Brief description of the drawings]
    The drawings show several embodiments embodying the technical idea of the torsion arrangement for this invention and the rod holder to which it is attached.
FIG. 1 is a perspective view showing a rod holder in an exploded state.
FIG. 2 is a perspective view showing a rod holder in an assembled state.
FIG. 3 is a front view of a rod holder showing a folding mechanism.
FIG. 4 is a perspective view showing a structure of a torsion setting device.
FIG. 5 is a cross-sectional view of a torsion device setting used.
FIG. 6 is a plan view of a torsion device setting used.
FIG. 7 is a perspective view showing the structure of an Edas locking member.
FIG. 8 is a perspective view showing the shape of a recessed groove for receiving EdaS.
[Explanation of symbols]
        1 Rod holder
        2 Body frame
          21 Support arm
        3 Temporary fixing mechanism
        4 Holder part
        5 connecting seats
          51 Same connection opening
          52 Same connecting pin
          53 Same connection hole
          54 Same connecting piece
          55 Same horizontal axis
          56 Folding mechanism
        6 Tension holder for torso
        7 The main body
          71 Same board part
          72 Same connection part
          73 Same mating piece
          74 Same insertion hole
          75 The same frustum
        8 Rising part
          81 Same protrusion
          82 Edas Locking Material
          83 Recessed groove for receiving Edas
        9 Magnetic material part
        S edge
        E torso
          E1 Edas
          E2 Same Hari
          E3 Same Mikiito
          E4 same weight
          E5 same food

Claims

A rising portion with a predetermined height for mounting over the EdaS ridge is projected along the long side edge that is placed on the ship's inner side of the board part that can be placed on the ridge edge as a flat plate having a predetermined length, A magnet that is formed and is temporarily attached along the long edge of the outer side of the ship along the long edge, or at a predetermined interval, or continuously over the entire length of the board. While integrating the material part, at the upper edge of the rising part or in the immediate vicinity thereof, there is a projection part that places a predetermined interval in the length direction of the substrate part and can guide or recognize the individual arrangement for each Harris, The main body is designed so that it protrudes from the top edge of the rising part and is formed, and a temporary fixing mechanism that allows it to be detachably fixed to the flange edge is built in or in place. A splint for a torso that is made possible.

A plate-shaped plate with a thickness of around 7mm and a predetermined length. The board is placed on the side of the shipboard so that it can be placed on the edge of the board. Projecting rising parts are formed and formed, and along the long side edge that is arranged outside the ship, they are arranged at predetermined intervals, or are arranged continuously over substantially the entire length of the board part. In the meantime, the magnetic material portion of about 0.85 gauss to be temporarily worn is integrated, while a predetermined interval is placed in the length direction of the substrate portion at or near the upper edge of the rising portion, and each Harris Protruding parts that can guide or recognize the individual arrangement of the projecting parts protrude and are formed so as to cross the upper edge of the rising part, and are used as a laying main body, and are attached to and detached from the collar at appropriate positions. Incorporate a temporary fixing mechanism that allows free fixing Place the torso Hazuki needle mechanism, characterized in that it was.

A plate-like plate with a thickness of around 7mm, with a predetermined length, and placed over the EdaS pass, with a height of around 12mm above the heel, along the long edge of the board that can be placed on the ledge. A rising portion for installation is projected and formed, and along the long edge that is arranged outside the ship, it is arranged in a scattered manner at around 5 to 10 places, preferably around 7 places at predetermined intervals, or a substrate. The magnetic material part of about 0.85 gauss to be temporarily worn by integrating in a continuous arrangement over almost the entire length of the part is integrated, while the upper edge of the rising part or in the immediate vicinity thereof is Protrusions that are spaced apart by a predetermined distance in the length direction and that can guide or recognize individual arrangements for each Harris project and are formed so as to exceed the upper edge of the rising part, and the upper edge surface part of the rising part. Elastic brush or along either the inside or outside of the ship The comb comb-shaped Edas locking material part is planted so as to be set to have a height slightly higher than the rising part, and is used as a main body, and in its proper position, it is detachable to the collar. A splint for a torsion mechanism characterized by incorporating a temporary fixing mechanism that can be fixed or making it possible to incorporate.

The torsional device according to any one of claims 1 to 3 , wherein the protrusion is made of a synthetic resin molded into a cone shape or a column shape, and includes or covers a luminous component at least in the vicinity of the upper end portion. For laying.

The rising part is formed by engraving a recess groove for receiving Edas that is opened upward and has an Edas middle part at every predetermined interval of the upper edge, or the upper edge 5. The torsion laying device according to claim 1 , wherein a number of recessed grooves for receiving EdaS are formed by engraving over substantially the entire length.

There is a temporary fixing mechanism that is detachable on the collar edge, and a main body frame portion on which a holder portion on which a fishing rod can be mounted is provided at the upper portion, and a connecting seat is formed on at least one of the left and right sides of the main body frame portion, Predetermined height for mounting over the Edus ridge along the long side edge of the board part, which is a flat plate that can be mounted on the ridge edge and has a predetermined length with respect to the connecting seat. In addition to projecting and forming a rising part, a magnetic material part to be temporarily worn along the long edge of the ship's outer side is arranged and integrated into a main body, and a connecting part is formed at one end thereof 6. A rod holder attached with a torsion device setting device according to any one of claims 1 to 5 , wherein the torsion device setting device is detachably connected through the connecting portion.

There is a temporary fixing mechanism that is detachable on the collar edge, and a main body frame portion on which a holder portion on which a fishing rod can be mounted is provided at the upper portion, and a connecting seat is formed on at least one of the left and right sides of the main body frame portion, With respect to the connecting seat, a flat plate with a thickness of around 7 mm and having a predetermined length can be placed on the edge of the board part along the long side edge, which is about 12 mm above the edge. Protruding and forming rising parts for mounting over the EdaS pass, and along the long edge of the outer side of the ship, around 5 to 10 places, preferably around 7 places at predetermined intervals Or a magnetic material portion of about 0.85 gauss that is to be temporarily worn by being arranged continuously over substantially the entire length of the substrate portion, while the upper edge of the rising portion or the immediate vicinity thereof is integrated. At a predetermined interval in the length direction of the substrate, and for each Harris Protrusions that can guide or recognize individual arrangements are projected and formed so as to exceed the upper edge of the rising part, and are along the upper edge surface part, the inner side part, or the outer side part of the rising part. An elastic brush-like or reverse comb-like Edas locking material part is planted so as to be set to a height slightly higher than the rising part, and a connecting part is formed at one end thereof. 7. A rod with attached torso for a torsion device according to any one of claims 1 to 6 , wherein the torsion device for a torsion device is detachably connected via the connecting portion. holder.

The connecting seat can be changed in posture between the body frame and the posture where the connected torso for the gimmick is parallel to the installed collar and in the vertical state. The rod holder according to claim 6 or 7 , wherein a folding mechanism is incorporated.