JP2000032896A - Spring lot keeper - Google Patents

Spring lot keeper

Info

Publication number
JP2000032896A
JP2000032896A JP10239408A JP23940898A JP2000032896A JP 2000032896 A JP2000032896 A JP 2000032896A JP 10239408 A JP10239408 A JP 10239408A JP 23940898 A JP23940898 A JP 23940898A JP 2000032896 A JP2000032896 A JP 2000032896A
Authority
JP
Japan
Prior art keywords
spring
fishing
metal
keeper
spring function
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
JP10239408A
Other languages
Japanese (ja)
Inventor
Tetsuo Nakayama
哲雄 中山
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Individual
Original Assignee
Individual
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Individual filed Critical Individual
Priority to JP10239408A priority Critical patent/JP2000032896A/en
Publication of JP2000032896A publication Critical patent/JP2000032896A/en
Pending legal-status Critical Current

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Abstract

PROBLEM TO BE SOLVED: To secure a wide range of the safety from in the daily life to in the hobbies by absorbing light load in no need of heat treatment with the metal fatigue reduced and also heavy load quake and vibration after heat treatment because the position of the bearing point differs from the position of the base point. SOLUTION: A plurality of short and long metal plates are combined to constitute the deformation resistance at the bend, and the bearing point 3 is provided on the outside of the upper position of the second bend to absorb the occurring spring function, namely quake and vibration.

Description

【発明の詳細な説明】 【0001】 【発明の属する技術分野】この発明は、金属の曲げ加工
後の再変形抵抗を、複数にして強弱を作りスプリングと
して、柔軟な機能を得ることを目的とした構造であり、
金属の材質は加工後の熱調質で強弱は自在であり、基点
と支持点の位置を設定してバネ機能を発生させる発明で
ある、第二湾曲部の上部位置より外側に支持点(3)を
位置づける事によりバネ機能が発生、また支持点(3)
の距離の調節によりバネ強度が調整できる。この機能を
海上遊漁船の釣り竿の安定機能として活用されるもので
ある。 【0002】 【従来の技術】スプリングには、引き張りと圧縮のコイ
ルスプリングと、板、皿バネ等多種多様である。多数が
バネ機能の中心点で活用されており、中心点を離れてバ
ネ機能を構成する構造は少なく湾曲部の変形抵抗をバネ
機能として発生させる構造はない。また金属材料も限定
され、熱処理で金属疲労対策の対応をする方法がとられ
ている。 【0003】 【発明が解決しようとする課題】支持点と基点の位置
で、自在に柔軟なバネ機能を構成し、バネ強度を二段階
以上で調整使用可能とする発明である。(図−2)参照
バネ基板(1)とバネ基板(2)はリベット(13)二
個所以上で固定されてあり、支持点(3)よ第一湾曲部
(6)に至る間に第二湾曲部(5)の上方位置に軽い屈
曲部を設けて構成し、基点(4)に挿入固定される。バ
ネ機能は、基点(4)で固定された基板は、支持点
(3)に架かる負荷は第一湾曲部(6)の圧縮抵抗で一
次バネ機能を発揮し、第二湾曲部(5)の上部に接触し
て二次バネ機能を発揮、同調して基板(1)の屈曲部で
三次バネ機能を発生する。第一湾曲部と第二湾曲部には
有効長さが設定されている為にバネ機能は柔軟でありバ
ネ強度も支持点(3)の上下に同調して強弱は三次バネ
機能まで利用でき、金属材料の疲労寿命は長く保持で
き、また材料の長尺、厚みの選択、調質、等でバネ機能
の強度設定は自在であり、耐震構造等にも非常に有効な
発明である。 【0004】 【課題を解決するための手段】 【図−1】で示すバネ基板(1)とバネ基板(2)をリ
ベット(13)で二個所以上で固定し、 【図−3】で示す如く加工して湾曲部(5)と(6)を
成形すると、湾曲部(5)には拡大に対する応力が、湾
曲部(6)には圧縮に対する応力が残存する。高圧で塑
性加工された金属は、金属の加工硬化等で現在の形状を
安定して保持し、変形圧力には応力として抵抗する。さ
らに第二湾曲部(5)の上部位置の外側に支持点(3)
を位置づける事によりスプリング機能が発生する。この
スプリング機能の原理を活用した構造である。なお金属
には加工硬化の激しい金属や、熱硬化タイプの金属があ
り用途やバネ強度に対して自由に採用することができ
る。実施例であるが 【図−3】基板(1)の一部に曲げをいれ、湾曲部
(5)の上部位置に基板(1)の曲げ部分が位置づけら
れる如く湾曲部(6)を成形すると、一次バネと二次バ
ネ機能が形成される。更に基板(1)の曲げ部分も湾曲
部(5)の上部に接触し三次バネ機能となる。支持点
(3)はバネ機能部分の位置より離れた場所にあり、固
定金具(8)と同調してバネ機能に支えられてローリン
グや振動を吸収する構造である。 【0005】バネ用の金属材料は多種多様である。軽荷
重用、重荷重用、磁性、非磁性、対蝕性、電導性、目的
に応じた状態で熱処理や表面処理が加えられる。本発明
は金属降伏点以下での採用で、どのような状態にあって
も採用が可能であり、バネ機能でローリングの吸収と共
に耐震効果も絶大であり、金属の疲労も最小となる構造
である。 【0006】 【本発明の実施の形態】 【図−6】海上での遊漁船にロットキーパーを実装した
状態の実施例である。海面は常に0mから3m高低の波
で揺れており、3m以上は遊漁船では危険とされる。船
は波の角度にあわせてローリングをする、風の強さで波
の高さと方向、波のピッチは不規則に変化する。釣り竿
(15)は先端に海中漁具(18)が接続されており、
船の状態にあわせて釣り具全体は常に上下している。そ
の幅は上下に3m程度で船のローリングは最大で±10
゜程度の傾斜をする。海中の漁具は水圧を受けて釣り竿
のたわみで動きは有る程度調整されるが、波高が1mを
越すと揺れを完全に吸収することは困難であり海中漁具
は不安定となる、したがって魚信を正確に捉えることが
困難になる、釣り人は揺れる船の上で自ら調整をするの
が現状である。本発明のロットキーパーはこの全体の船
の揺れを吸収して海中の漁具の不安定を防止し、遊漁を
安全愉快に過ごせる効果的な装置である。また遊漁船の
船縁にセット金具(22)と取り付け金具(23)を設
けて標準装備とし、着脱自在のロットキーパーは、遊漁
客の自由使用とする効果もある。この原理はロットキー
パーに限定されず、あらゆる機械装置の安全、構造物の
安全耐震機構としても非常に効果的な発明である。 【0007】 【発明の効果】本発明は、金属疲労を最少とし柔軟なバ
ネ機能の強弱に段階を作ることができる事を特徴とする
事と、バネ機能の基点と支持点を調整自在として、使用
することが出来る事にある。振動の吸収効果は抜群であ
り、構造の適所への採用で安全災害防止に有効な方法で
ありまた防錆を目的とする物件や、外観を重視する物
件、(SUS−304)等焼入処理を施すことなく、軽
度のバネ機能を構成することも可能である。船釣りでの
効果は、船のローリングによる海中漁具の安定は遊漁を
楽しくするのみでなく、操作中の安全にも有効であり、
海中の集魚のためのコマセを少なく有効に散布する事が
でき、コマセの撒きすぎによる海洋汚染の防止にも有効
である。また最近の高速船の船縁は鋼鈑で作られてい
る。 【図−7】で示す如く船縁にセット金具(22)を設け
て取り付け金具(23)で固定すると船舶の標準装備漁
具となり、釣り客は自身のロットキーパーを持参するこ
となく身軽に船釣りを楽しむことが出来る。
Description: BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention has an object to obtain a flexible function as a spring by making a plurality of re-deformation resistances after bending of a metal to form a strength. Structure
The material of the metal is heat tempering after processing, and the strength can be freely adjusted. The invention is an invention for generating a spring function by setting the positions of the base point and the support point. ), A spring function is generated, and the support point (3)
By adjusting the distance, the spring strength can be adjusted. This function is used as a stabilizing function of a fishing rod of a marine recreational fishing boat. 2. Description of the Related Art There are a wide variety of springs, such as tension and compression coil springs, plates, disc springs, and the like. Many are used at the center point of the spring function, and there are few structures that configure the spring function apart from the center point, and there is no structure that generates the deformation resistance of the curved portion as the spring function. In addition, metal materials are also limited, and a method of taking measures against metal fatigue by heat treatment has been adopted. [0003] The present invention is an invention in which a flexible spring function is freely configured at the positions of the support point and the base point, and the spring strength can be adjusted and used in two or more steps. (FIG. 2) The reference spring substrate (1) and the spring substrate (2) are fixed at two or more rivets (13), and the second between the support point (3) and the first curved portion (6). A light bending portion is provided above the bending portion (5), and is inserted and fixed at the base point (4). The spring function is such that the substrate fixed at the base point (4) exerts a primary spring function by the compression resistance of the first bending portion (6) when a load over the support point (3), and the second bending portion (5) A secondary spring function is exerted by contacting the upper portion, and a tertiary spring function is generated at the bent portion of the substrate (1) in synchronization. Since the effective length is set for the first curved portion and the second curved portion, the spring function is flexible, and the spring strength is tuned up and down the support point (3), and the strength can be used up to the tertiary spring function, The fatigue life of the metal material can be maintained for a long time, and the strength of the spring function can be freely set by selecting the length and thickness of the material, refining, and the like. [0004] A spring board (1) and a spring board (2) shown in Fig. 1 are fixed at two or more places with rivets (13), and shown in Fig. 3. When the curved portions (5) and (6) are formed by processing as described above, stress for expansion is left in the curved portion (5), and stress for compression is left in the curved portion (6). A metal plastically processed at high pressure stably retains its current shape due to work hardening of the metal and resists deformation pressure as stress. Further, a support point (3) is provided outside the upper position of the second curved portion (5).
The spring function occurs by positioning. It is a structure utilizing the principle of this spring function. Note that the metal includes a metal that is intensely work hardened and a metal of a thermosetting type, and can be freely adopted depending on the application and the spring strength. FIG. 3 shows an example in which a bend is formed in a part of the substrate (1) and the bend (6) is formed so that the bend of the substrate (1) is positioned above the bend (5). , A primary spring and a secondary spring function are formed. Further, the bent portion of the substrate (1) also comes into contact with the upper portion of the curved portion (5), and functions as a tertiary spring. The support point (3) is located at a position farther from the position of the spring function portion, and has a structure in which it is supported by the spring function and absorbs rolling and vibration in synchronization with the fixing bracket (8). [0005] There are a wide variety of metal materials for springs. Heat treatment and surface treatment are applied to light load, heavy load, magnetic, non-magnetic, anti-corrosive, conductive, and the state according to the purpose. The present invention can be adopted in any state by adopting the metal at a temperature lower than the metal yield point, and has a structure in which the spring function absorbs rolling and the seismic effect is enormous, and metal fatigue is minimized. . FIG. 6 is an embodiment in which a lot keeper is mounted on a recreational fishing boat on the sea. The sea surface constantly shakes from 0m to 3m high and low, and more than 3m is considered dangerous for recreational fishing boats. The ship rolls according to the angle of the waves, the height and direction of the waves and the pitch of the waves vary irregularly depending on the strength of the wind. Underwater fishing gear (18) is connected to the tip of the fishing rod (15),
The whole fishing gear always goes up and down according to the state of the ship. Its width is about 3m up and down and the rolling of the ship is up to ± 10
傾斜 Incline to a degree. The movement of underwater fishing gear is adjusted to some extent by the deflection of the fishing rod under the water pressure. However, when the wave height exceeds 1 m, it is difficult to completely absorb the shaking, and the underwater fishing gear becomes unstable. It is difficult for fishermen to accurately grasp, and it is the current situation that anglers adjust themselves on a swaying ship. The lot keeper of the present invention is an effective device that absorbs the sway of the whole ship, prevents instability of the fishing gear in the sea, and allows the player to enjoy recreational fishing safely and enjoyably. Also, a set fitting (22) and a mounting fitting (23) are provided on the rim of the recreational fishing boat as standard equipment, and the detachable lot keeper also has an effect of allowing free use by recreational fishing customers. This principle is not limited to the lot keeper, and is a very effective invention as a safety mechanism for all mechanical devices and a safety earthquake-resistant mechanism for structures. [0007] The present invention is characterized in that metal fatigue can be minimized and a step can be made according to the strength of a flexible spring function, and the base point and support point of the spring function can be adjusted freely. It can be used. The vibration absorption effect is outstanding, and it is an effective method for preventing safety accidents by adopting the structure in the right place. For the purpose of preventing rust, for the case where appearance is emphasized, and for quenching treatment such as (SUS-304) It is also possible to configure a light spring function without performing the above. The effect of boat fishing is that the stability of underwater fishing gear by rolling the boat is not only fun for recreational fishing but also effective for safety during operation,
It is effective to reduce the amount of Komase for collecting fish in the sea and to prevent marine pollution due to overspreading of Komase. The rim of recent high-speed ships is made of steel. As shown in Fig. 7, when the set metal fittings (22) are provided on the rim of the hull and fixed with the mounting metal fittings (23), it becomes a standard equipment fishing gear of the ship, and the angler can fish the boat lightly without bringing his own lot keeper. You can enjoy.

【図面の簡単な説明】 【図−1】 基板の材料の組み合わせ図 【図−2】 塑性加工での成形図 【図−3】 ロットキーパーの分解図 【図−4】 ロットキーパーの機能図 【図−5】 完成図 【図−6】 実釣図 【符号の説明】 (1) 基板−1 (11) ロ
ックピン (2) 基板−2 (12) 固
定金具−2 (3) 支持点 (13) リ
ベット (4) 基点ロックピン (14) 取
り付け場所 (5) 第二湾曲部 (15) 釣
り竿 (6) 第一湾曲部 (16) ロ
ットキーパー (7) 固定金具−1 (17) 締
め込みナット (8) ロット固定金具 (18) 海
中漁具 (9) 固定金具ロック装置 (19) 海
面 (10) バネ本体固定金具 (20) 釣
り竿のたわみ (21) ローリング角度 (22) 船縁セット金具 (23) 取り付け金具
BRIEF DESCRIPTION OF THE DRAWINGS [FIG. 1] Combination diagram of substrate materials [FIG. 2] Drawing by plastic working [FIG. 3] Exploded view of lot keeper [FIG. 4] Functional diagram of lot keeper Fig. 5 Completed drawing [Fig. 6] Actual fishing diagram [Explanation of reference numerals] (1) Board-1 (11) Lock pin (2) Board-2 (12) Fixing bracket-2 (3) Support point (13) ) Rivets (4) Base lock pin (14) Mounting location (5) Second curved part (15) Fishing rod (6) First curved part (16) Lot keeper (7) Fixture-1 (17) Tightening nut ( 8) Lot fixing bracket (18) Underwater fishing gear (9) Locking device for fixing bracket (19) Sea surface (10) Spring metal fixing bracket (20) Flexure of fishing rod (21) Rolling angle (22) Ship rim set bracket (23) Mounting bracket

─────────────────────────────────────────────────────
【手続補正書】 【提出日】平成11年5月26日(1999.5.2
6) 【手続補正1】 【補正対象書類名】明細書 【補正対象項目名】発明の名称 【補正方法】変更 【補正内容】 【発明の名称】 スプリングロットキーパー 【手続補正2】 【補正対象書類名】明細書 【補正対象項目名】図面の簡単な説明 【補正方法】変更 【補正内容】 【図面の簡単な説明】 【図1】 基板の材料の組み合わせ図 【図2】 塑性加工での成形図 【図3】 ロットキーパーの分解図 【図4】 ロットキーパーの機能図 【図5】 完成図 【図6】 実釣図 【図7】 装着例図
────────────────────────────────────────────────── ───
[Procedure for Amendment] [Date of Submission] May 26, 1999 (1999.5.2
6) [Procedure amendment 1] [Document name to be amended] Description [Item name to be amended] Title of invention [Amendment method] Change [Content of amendment] [Title of the invention] Spring lot keeper [Procedure amendment 2] [Documents to be amended] Name] Description [Correction target item name] Brief description of drawing [Correction method] Change [Content of correction] [Brief description of drawing] [Fig. 1] Combination diagram of substrate materials [Fig. 2] Molding by plastic working Fig. 3 Exploded view of lot keeper [Fig. 4] Functional diagram of lot keeper [Fig. 5] Completed view [Fig. 6] Actual fishing diagram [Fig. 7] Mounting example

Claims (1)

【特許請求の範囲】 【請求項−1】金属の長い棒又は板で湾曲部を二個所以
上曲げて作り、二個所部分を二重又は二重以上として、
板の湾曲部分の拡大、圧縮等による金属の変形抵抗をバ
ネ機能として構成するスプリング。 【請求項−2】金属の長い棒又は板で湾曲部を二個所以
上作り、二個所目以降を複数としたバネ機能をスプリン
グとなし、海上船釣り等で使用するロットキーパーとし
て構成、遊漁船の海上のローリングを吸収して、釣り竿
を安定させるスプリングロットキーパー。 【請求項−3】「請求項−2」記載の金属の長い棒又は
板で湾曲部を二個所以上作り、二個所部分以降を複数と
してバネ機能を持たせた船釣り用スプリングロットキー
パーを、遊漁船の船縁に、装着金具を設け着脱自在と
し,遊漁船の標準装備とするスプリングロットキーパ
ー。
Claims: 1. A curved part is bent at two or more places with a long rod or plate of metal, and the two parts are double or double or more.
A spring that serves as a spring function to resist deformation of a metal due to expansion, compression, etc. of a curved portion of a plate. 2. A recreational fishing boat, wherein a curved portion is formed at two or more places with a long metal rod or plate, and a spring function having a plurality of second and subsequent places is formed as a spring, and is used as a lot keeper used in sea fishing and the like. Spring lot keeper that stabilizes the fishing rod by absorbing the rolling on the sea. (3) A spring rod keeper for boat fishing in which two or more curved portions are formed with a long rod or plate made of a metal according to (2), and the two or more portions have a plurality of spring functions. A spring lot keeper that can be attached and detached on the rim of a recreational fishing boat, making it detachable and standard equipment for recreational fishing boats.
JP10239408A 1998-07-21 1998-07-21 Spring lot keeper Pending JP2000032896A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP10239408A JP2000032896A (en) 1998-07-21 1998-07-21 Spring lot keeper

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP10239408A JP2000032896A (en) 1998-07-21 1998-07-21 Spring lot keeper

Publications (1)

Publication Number Publication Date
JP2000032896A true JP2000032896A (en) 2000-02-02

Family

ID=17044338

Family Applications (1)

Application Number Title Priority Date Filing Date
JP10239408A Pending JP2000032896A (en) 1998-07-21 1998-07-21 Spring lot keeper

Country Status (1)

Country Link
JP (1) JP2000032896A (en)

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US7200968B2 (en) * 2005-07-19 2007-04-10 Lonnie Jaworski Portable securing rod or pole holder
US20180146655A1 (en) * 2016-03-24 2018-05-31 Bradley Allen Crossen Systems, Devices, and/or Methods for Managing King Fishing From a Pier
CN113602435A (en) * 2021-07-15 2021-11-05 谭贝兰 Fishing boat with one-way live fish storage bin

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US7200968B2 (en) * 2005-07-19 2007-04-10 Lonnie Jaworski Portable securing rod or pole holder
US20180146655A1 (en) * 2016-03-24 2018-05-31 Bradley Allen Crossen Systems, Devices, and/or Methods for Managing King Fishing From a Pier
CN113602435A (en) * 2021-07-15 2021-11-05 谭贝兰 Fishing boat with one-way live fish storage bin

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