200407070 Π) 玖、發明說明 【發明所屬之技術領域】 本發明是關於釣竿的構造。 【先前技術】 由於釣竿是要讓釣魚者掌握來進行操作的構造，所以 釣竿的握把部分的形狀，理想上是要形成爲與釣魚者的手 緊密配合。可是，釣魚者的手大小不同，握把部分的形狀 不可能合乎所有的釣魚者的手。因此，要在握把部分安裝 輔助構件。 第6圖，是以往的釣竿1的主要部分放大立體圖，詳 細圖示了捲線器座2部分的構造。捲線器座2，雖然是用 來保持釣魚用捲線器的構造，而通常在釣竿1，捲線器座 2也兼作握把部分。 在該釣竿1，在捲線器座2形成有溝槽3，在該溝槽 3嵌入有輔助構件4(例如參照專利文獻1)。輔助構件4， 則例如藉由雙面膠等而被固定在捲線器座2。 第7圖，是輔助構件4的立體圖。如同圖所示，輔助 構件4，全體是形成爲細長的棒狀，上部5則是隆起的形 狀。藉由將該輔助構件4安裝在捲線器座2，當釣魚者掌 握捲線器座2時，手掌是抵接在輔助構件4的上部5。釣 魚者藉由適當地設定輔助構件4的位置，釣魚者能容易掌 握握把部分。 一般的輔助構件，是抵接於釣魚者的手，所以最好是 (2) 200407070 以適當柔軟的材料來構成。 可是，如果輔助構件用這種柔軟的材料構成的話，# 用雙面膠貼附時會非常容易剝落。200407070 Π) 发明. Description of the invention [Technical field to which the invention belongs] The present invention relates to the structure of a fishing rod. [Prior Art] Since the fishing rod is a structure that is intended to be grasped and operated by the angler, the shape of the grip portion of the fishing rod is ideally formed to closely fit the angler's hand. However, the angler's hands are different in size, and the shape of the grip part cannot fit all the anglers' hands. Therefore, install auxiliary components on the grip part. Fig. 6 is an enlarged perspective view of a main part of a conventional fishing rod 1, and illustrates in detail the structure of a portion of the reel holder 2; Although the reel holder 2 is used to hold the structure of the fishing reel, the fishing rod 1 and the reel holder 2 also double as a grip part. A groove 3 is formed in the reel base 2 in the fishing rod 1, and an auxiliary member 4 is fitted in the groove 3 (for example, refer to Patent Document 1). The auxiliary member 4 is fixed to the reel stand 2 by, for example, double-sided tape. FIG. 7 is a perspective view of the auxiliary member 4. As shown in the figure, the auxiliary member 4 is formed into an elongated rod shape as a whole, and the upper portion 5 has a raised shape. By mounting the auxiliary member 4 on the reel stand 2, when the angler holds the reel stand 2, the palm of the hand is in contact with the upper portion 5 of the auxiliary member 4. By setting the position of the auxiliary member 4 appropriately, the fisherman can easily grasp the grip portion. The general auxiliary member is in contact with the hand of the angler, so it is best to (2) 200407070 be made of a suitable soft material. However, if the auxiliary member is made of such a soft material, # will be easily peeled off when attached with double-sided tape.
爲了解決迨種問題’而考慮要採用適當硬度的材料來 作爲輔助構件的材料，而爲了要將輔助構件確實地固定在 握把部分，則輔助構件的材料需要採用非常硬的材料，可 是輔助構件與釣魚者的手就不會合適，很難構成釣魚考會 覺得握感良好的握把部分。 因此’本發明的目的，就是要提供一種使用感良好的 釣竿，將輔助構件確實地安裝在握把，讓釣魚者可確實地 掌握釣竿。 〔專利文獻1〕 曰本特開平11 一 46634號公報In order to solve this problem, consider using a material of appropriate hardness as the material of the auxiliary member, and in order to secure the auxiliary member to the grip part, the material of the auxiliary member needs to be a very hard material, but the auxiliary member and the The angler's hand will not fit, and it is difficult to form a grip part that the fishing test will feel good. Therefore, it is an object of the present invention to provide a fishing rod with a good feeling of use, and the auxiliary member is surely mounted on the grip, so that the angler can surely grasp the fishing rod. [Patent Document 1] Japanese Patent Publication No. 11-46634
【發明內容】 〔用以解決課題的手段〕 (1)爲了達成上述目的，本發明的釣竿，是具備有： 形成有釣魚者所掌握的握把的釣竿主體、以及可裝卸地設 置在握把’用來將握把的外形調整成釣魚者容易掌握的預 定形狀的輔助構件，輔助構件，具有：安裝於上述握把的 保持框架、以及固定在保持框架，抵接著釣魚者的手的彈 性體。 藉由這種構造，藉由將輔助構件設置在握把，將握把 -6 - (3) (3)200407070 的外形形狀調整成預定的形狀，讓釣魚者能容易掌握握 把。 由於輔助構件是被固定在保持框架，所以輔助構件的 材質並沒有特別限定，可以採用想要用的材質（例如從硬 度較高的材質到硬度較低的材質）。而由於保持框架是被 安裝在握把，所以將輔助構件安裝在握把的作業能夠非常 簡單地進行’並且由於保持框架是由所想要的例如樹脂、 金屬等所構成，所以可藉由雙面膠等來確實地固定在握 把。 上述彈性體，最好是以蕭氏硬度9 0以下的彈性體形 成較佳。 藉由讓彈性體具備有硬度，則當釣魚者握住握把時， 彈性體能合乎釣魚者的手，握感良好。特別是，如果蕭氏 硬度在6 0以下的話，則釣魚者握住握把時會更服貼且握 感更好。 彈性體的種類並沒有特別限定，是採用可容易固定在 保持框架的構造（例如丙烯腈丁二烯苯乙烯共聚物A B S樹 脂）。 (2)上述保持框架，是經由定位手段而被定位固定在 上述握把。其定位手段，具備有：突出設置於上述保持框 架的卡合凸部、以及設置在上述握把，與上述卡合凸部嵌 合的卡合凹部。 在上述構造中，藉由定位手段，來將保持框架定位在 握把，防止輔助構件的位置偏移。特別是，藉由採用讓設 (4) (4)200407070 置在保持框架的卡合凸部嵌合於設置在握把的卡合凹部的 構造’而可進行簡單且確實的定位。 【實施方式】 以下參照適當圖面’根據較佳的實施方式來詳細說明 本發明。 第1圖，是本發明的一實施方式的釣竿〗〇的正面 圖。 該釣竿1 0，是所謂的內導引式的抽出式釣竿。釣竿 1 0 ’具備有釣竿主體1 1、與握把1 2。握把12，是釣魚者 掌握釣竿1 〇的部分。 本實施方式的特徵，是握把1 2具備有後述的輔助構 件2 4這方面，藉此，讓釣魚者容易掌握握把12，則釣魚 者能確實地掌握釣竿1 0。 以下針對釣竿1 0的構造來詳細加以敘述。 釣竿主體1 1，是由五個筒狀構件1 3〜1 7來構成。各 筒狀構件1 3〜1 7，分別稱爲「節部」，由釣竿主體1 1的 前端側（圖中右側）起，是依序稱爲第一節部1 3、第二節部 14。第四節部1 6，特別稱爲「主上節部」，第五節部 1 7，特別稱爲「主節部」。 各節部1 3〜1 7，是用已知的方式構成。例如，是將 碳纖維預浸漬材料裁斷成預定形狀，是藉由將其捲繞成筒 狀，形成圓筒狀的節部1 3〜1 7。 在該釣竿1 0，是搭載有第四節部1 6(也就是主上節部 (5) (5)200407070 14)相對於第五節部17(也就是主節部17)進行伸縮的伸縮 機構。該伸縮機構可以是任意的構造，也有省略該機構的 情況。 第一節部1 3是可自由抽出地被收容在第二節部1 4的 內部。在第一節部1 3的前端，是設置有用來導出釣線的 頂導座1 8。第一節部1 3是形成爲錐桿狀，是形成爲後端 部的外徑較前端部的外徑更大。第一節部1 3的後端直 徑，是設定爲較第二節部1 4的前端直徑更大，當將第一 卽口卩1 3從弟一自卩部1 4抽出時，第一節部1 3的後端部分 會與第二節部1 4的前端部分嚙合而讓兩者固定在一起。 第二節部1 4與第三節部1 5的關係與第三節部1 5與 主上節部1 6的關係是同樣的。在從第二節部〗4〜主節部 1 7的前端部，是安裝有環部R 1〜R4，以使該部分的剛性 提升，且用來使相鄰的節部的嚙合更確實。 在主上節部1 6的前端部分是設置有沒有圖示的釣線 導入孔’在該釣線導入孔安裝有用來導引釣線的導引部 1 9。上述頂導座1 8及導引部丨9，是習知的構造，所以省 略其詳細說明。 在主節部1 7 ’是一體地形成有捲線器座2 0。該捲線 器座20，是可自由裝卸地保持著釣魚用捲線器（沒有圖 示）’並且在實際釣魚時是釣魚者掌握釣竿1 〇的部分。也 就是說，該捲線器座.2 0，構成了釣竿1 〇的上述握把1 2。 捲線器座20 ’是具備有：用來收容保持釣魚用捲線 器的其中一腳部的竿罩2 1、以及用來收容保持另一腳部 -9- (6) (6)200407070 的可動竿罩2 2。可動竿罩2 2，是沿著載置釣魚用捲線器 的載置面23在圖中左右可滑動。藉由讓可動竿罩22在圖 中左右進行滑動，以可動竿罩22與竿罩2 1之間挾持著捲 線器腳部，讓釣魚用捲線器被固定在載置面2 3上。 第2圖是釣竿10的主要部分放大分解立體圖’是詳 細顯示著握把1 2部分。 握把1 2，如同圖所示，是與主節部1 7 —體地形成。 在握把1 2是沿著長軸方向形成溝槽2 5。在同圖中，雖然 僅圖示有單一的溝槽2 5，而實際上，是將主節部1 7的長 軸方向爲中心在握把1 2的兩側左右對稱地設置有一對溝 槽25。 在該溝槽25的底部，是設置有複數的小孔部26(卡 合凹部）。在該小孔部25，是嵌合著上述輔助構件24的 預定部。 輔助構件2 4，具備有：保持框架2 7、與彈性體2 8。 第3圖，是輔助構件24的側面圖，第4圖，是輔助 構件2 4的平面圖。 保持框架27，在本實施方式中，是藉由丙烯腈丁二 燒苯乙烯共聚物（ABS樹脂）所構成。保持框架27，是具備 有基部29與腳部30(卡合凸部）。 而作爲構成保持框架2 7的材料，並不限定爲aB S樹 脂，除了可採用聚對苯二甲酸丁二醇酯（PBT)等的各種合 成樹脂之外，還可採用鋁合金等的各種金屬。 如圖所不’基部2 9，是形成爲細長平板狀，在其兩 -10- 200407070 σ) 端部設置有罩部3 1 ·而腳部3 0，是形成爲圓柱狀，是有 一對構造設置在基部2 9的下面的兩端部。 彈性體28，在本實施方式中，是藉由腈橡膠（NBR)所 構成。而作爲彈性體2 8並不限定爲腈橡膠，當然也可採 用其他橡膠。 該彈性體28的硬度，是蕭氏硬度60。構成彈性體28 的材料，並不限定爲NBR，是採用一般的橡膠。而彈性 體28的硬度，雖然沒有特別限定，最好是蕭氏硬度90以 下。可是，該彈性體28，如後述，是抵接於釣魚者的手 的構造，所以其硬度最好是蕭氏硬度5 0以上70以下。 彈性體2 8，是形成爲半紡錘狀。也就是說，彈性體 28，是具有形成爲平面的下面部，是成爲從兩端部朝中央 部隆起的形狀。而在彈性體2 8的上面部，是設置有複數 的小孔部3 2。該小孔部3 2，可達成防滑效果。 彈性體2 8，是被載置於基部2 9的上面部。彈性體2 8 的兩端部，是被基部29的罩部3 1所覆蓋。彈性體28的 下面部，是藉由雙面膠或其他的黏接劑而被固定在基部 2 9的上面部。藉此，彈性體2 8會確實地被固定在保持框 架27。 在本實施方式，是在基部29設置有上述罩部31，藉 此，彈性體28會更確實地被固定在上述保持框架27，而 該罩部3 1也可以加以省略。 輔助構件24，如第2圖所示是安裝在握把12的構 造。在這種情況，是例如藉由雙面膠等，而黏接著輔助構 (8) (8)200407070 件24的下面部（也就是基部29的下面部）與握把I〗的上 述溝槽2 5的底面。藉此，輔助構件2 4，會被安裝在握把 1 2的所需要的位置。 當輔助構件24被安裝在握把1 2時，設置在上述基部 29的腳部30會被嵌入在上述溝槽25所設置的小孔部 26。藉此，輔助構件24，會確實地被定位在握把1 2的所 需要的位置。 當以雙面膠來安裝輔助構件2 4時，輔助構件2 4，會 較容易從握把1 2卸下。藉此，輔助構件2 4，會再被安裝 到握把1 2的其他位置。也就是說，可自由地調整輔助構 件24的安裝位置。 在本實施方式的釣竿1 0，當輔助構件2 4被安裝在握 把12時，由於輔助構件24的彈性體2 8如前述是呈半紡 錘狀’所以握把1 2的外型直徑會擴大。藉此，釣魚者在 掌握握把12時，可堅固地掌握。 另一方面，輔助構件24，由於具備有用來保持彈性 體2 8的保持框架2 7，所以可簡單地進行將保持框架2 7 安裝在握把12的作業，並且由於保持框架27是藉由ABS 樹脂等所構成，所以會被確實地固定在握把1 2。總之， 輔助構件24會確實地被固定於握把1 2。 於是，在本實施方式的釣竿1 〇，當釣魚者掌握握把 1 2時，輔助構件24不會脫離且位置不會偏移。其結果， 讓釣魚者能容易掌握釣竿1 0的握把1 2，且使用感良好。 當釣魚者握住握把1 2時，釣魚者的手是抵接於輔助 一 12- (9) (9)200407070 構件24的彈性體28，而在本實施方式中，由於是設定成 蕭氏硬度爲60，所以當釣魚者握住握把1 2時，釣魚者的 手與輔助構件24很服貼，其握感很好。 而彈性體28可採用所需要的硬度的構造。而且，其 彈性體28是預先被安裝在保持框架29，會與保持框架29 一起被固定在握把1 2，可因應釣竿的種類’或者對應設 計者的釣竿的握感的設計，來選擇各種彈性體。 除此之外，輔助構件24對握把1 2的安裝作業，是將 由硬材料所構成的保持框架29安裝到握把1 2的方式，會 有該作業很簡單的優點。 並且，在本實施方式中’是嵌合著輔助構件24側的 上述腳部3 0與握把1 2側的上述小孔26 ’來將輔助構件 24定位。也就是說，藉由這些腳部30及小孔部26，構成 了輔助構件2 4的定位手段’藉此，在實際釣魚時，可確 實地防止輔助構件24的位置偏移。 除此之外，由於該小孔部26設置有複數個，所以能 容易地進行輔助構件24的位置調整。 第5圖，是顯示在將輔助構件24安裝在握把1 2的狀 態的釣魚者的手與握把1 2的位置關係的圖面。 如同圖所示，由於設置有複數的小孔部2 6，所以釣 魚者可選擇所想要的小孔部2 6 ’藉由該小孔部2 6來將輔 助構件24配置在規定的位置。藉此，釣魚者可使手確實 的與握把1 2配合。 作爲輔助構件24的定位手段，並不限定於上述腳部 -13- (10) (10)200407070 3 0及小孔部26，而藉由採用這種構造，會有可以實現簡 單且確實的定位的優點。 在本實施方式中，雖然針對內導引式的釣竿1 0來進 行揭不，而本發明當然也適用於外導引式的釣竿、或所謂 的無捲線器釣竿等。 〔發明效果〕 藉由上述發明，可確實地將輔助構件固定於握把，能 讓釣魚者容易掌握釣竿的握把，且使用感良好。 【圖式簡單說明】 第1圖是本發明的一實施方式的釣竿的正面圖。 第2圖是本發明的一實施方式的釣竿的主要部分放大 分解立體圖。 第3圖是本發明的一實施方式的輔助構件的側面圖。 第4圖是本發明的一實施方式的輔助構件的平面圖。 第5圖，是顯示本發明的一實施方式的在將輔助構件 安裝在握把的狀態的釣魚者的手與握把的位置關係的圖 面。 第6圖是以往的釣竿的主要部分放大立體圖。 第7圖是安裝在以往的釣竿的輔助構件的立體圖。 〔圖號說明〕 1 0 :釣竿 -14- (11) (11)200407070 1 1 :釣竿主體 1 2 :握把 1 7 :第五節部 24 :輔助構件 2 5 :溝槽 2 6 :小孔部 2 7 :保持框架 2 8 :彈性體 2 9 :基部 3 0 :腳部[Summary of the Invention] [Means for Solving the Problems] (1) In order to achieve the above-mentioned object, the fishing rod of the present invention includes a fishing rod main body formed with a grip grasped by an angler, and a detachably provided handle. An auxiliary member for adjusting the shape of the grip to a predetermined shape that is easily grasped by an angler. The auxiliary member includes a holding frame attached to the above-mentioned handle and an elastic body fixed to the holding frame and abutting on the angler's hand. With this structure, by setting the auxiliary member to the grip, the outer shape of the grip -6-(3) (3) 200407070 is adjusted to a predetermined shape, so that the angler can easily grasp the grip. Since the auxiliary member is fixed to the holding frame, the material of the auxiliary member is not particularly limited, and a desired material can be used (for example, from a harder material to a lower hardness material). And because the holding frame is mounted on the grip, the work of mounting the auxiliary member on the grip can be performed very easily ', and because the holding frame is made of desired resin, metal, etc. Wait until it is firmly fixed to the grip. The elastomer is preferably formed of an elastomer having a Shore hardness of 90 or less. By providing the elastic body with hardness, when the angler holds the grip, the elastic body can conform to the angler's hand, and the grip is good. In particular, if the Shore hardness is below 60, the angler will feel more comfortable when holding the grip. The type of the elastomer is not particularly limited, and it has a structure that can be easily fixed to the holding frame (for example, acrylonitrile butadiene styrene copolymer A B S resin). (2) The holding frame is positioned and fixed to the grip via positioning means. The positioning means includes an engaging convex portion protrudingly provided on the holding frame, and an engaging concave portion provided on the grip and engaging with the engaging convex portion. In the above-mentioned configuration, the holding frame is positioned on the grip by the positioning means to prevent the position of the auxiliary member from being shifted. In particular, it is possible to perform simple and reliable positioning by adopting a structure in which the engaging convex portion provided in the holding frame (4) (4) 200407070 is fitted into the engaging concave portion provided in the grip. [Embodiment] Hereinafter, the present invention will be described in detail with reference to a suitable embodiment according to a preferred embodiment. FIG. 1 is a front view of a fishing rod according to an embodiment of the present invention. This fishing rod 10 is a so-called inside-guided draw-out fishing rod. The fishing rod 10 'includes a fishing rod body 11 and a grip 12. The grip 12 is a part where the angler grasps the fishing rod 10. This embodiment is characterized in that the grip 12 is provided with an auxiliary member 24, which will be described later, so that the angler can easily grasp the grip 12, and the angler can surely grasp the fishing rod 10. The structure of the fishing rod 10 will be described in detail below. The fishing rod body 11 is composed of five cylindrical members 1 3 to 17. Each of the cylindrical members 1 3 to 17 is referred to as a “knot portion”, and is sequentially referred to as the first knuckle portion 1 3 and the second knuckle portion 14 from the front end side (right side in the figure) of the fishing rod body 11. . The fourth section 16 is particularly referred to as the "main upper section", and the fifth section 17 is particularly referred to as the "main section". The sections 1 3 to 17 are configured in a known manner. For example, the carbon fiber prepreg is cut into a predetermined shape, and the cylindrical joint portions 1 to 17 are formed by winding the carbon fiber prepreg into a cylindrical shape. The fishing rod 10 is equipped with a fourth section 16 (that is, the main upper section (5) (5) 200407070 14) to expand and contract with respect to the fifth section 17 (that is, the main section 17). mechanism. This telescopic mechanism may have any structure, and there are cases where the mechanism is omitted. The first section section 13 is housed inside the second section section 14 so as to be freely withdrawn. At the front end of the first joint section 13 is a top guide 18 for guiding the fishing line. The first section 13 is formed in a tapered rod shape, and is formed such that the outer diameter of the rear end portion is larger than the outer diameter of the front end portion. The diameter of the rear end of the first section 1 3 is set to be larger than the diameter of the front end of the second section 14. The rear end portion of the portion 13 will be engaged with the front end portion of the second node portion 14 to fix the two together. The relationship between the second node portion 14 and the third node portion 15 is the same as the relationship between the third node portion 15 and the main upper node portion 16. At the front end portions from the second joint section 4 to the main joint section 17, ring sections R 1 to R4 are installed to increase the rigidity of the section and to make the meshing of adjacent joint sections more reliable. A fishing line introduction hole '(not shown) is provided at the front end portion of the main upper section 16 and a guide portion 19 for guiding the fishing line is attached to the fishing line introduction hole. The above-mentioned top guide base 18 and the guide portion 9 are of a known structure, so detailed descriptions are omitted. The main joint portion 17 'is integrally formed with a reel stand 20. The reel stand 20 is a portion where a fishing reel (not shown) is detachably held and is a part where an angler holds a fishing rod 10 during actual fishing. That is, the reel seat .20 constitutes the above-mentioned grip 12 of the fishing rod 10. The reel holder 20 'is provided with a rod cover 21 for receiving and holding one leg of a fishing reel, and a movable rod for receiving and holding the other foot-9- (6) (6) 200407070. Hood 2 2. The movable pole cover 22 is slidable left and right along the mounting surface 23 on which the fishing reel is placed. The movable rod cover 22 is slid left and right in the figure to hold the reel feet between the movable rod cover 22 and the rod cover 21 to fix the fishing reel to the mounting surface 23. Fig. 2 is an enlarged exploded perspective view of the main part of the fishing rod 10 ', which shows the 12 parts of the grip in detail. As shown in the figure, the grip 12 is formed integrally with the main joint portion 1 7. Grooves 2 5 are formed in the grip 12 along the long axis direction. In the same figure, although only a single groove 25 is shown, in fact, a pair of grooves 25 are symmetrically provided on both sides of the grip 12 with the long axis direction of the main joint 17 as the center. . A plurality of small hole portions 26 (engaging recessed portions) are provided at the bottom of the groove 25. The small hole portion 25 is a predetermined portion to which the auxiliary member 24 is fitted. The auxiliary member 24 includes a holding frame 27 and an elastic body 28. Fig. 3 is a side view of the auxiliary member 24, and Fig. 4 is a plan view of the auxiliary member 24. The holding frame 27 is made of acrylonitrile-butadiene styrene copolymer (ABS resin) in this embodiment. The holding frame 27 is provided with a base portion 29 and a leg portion 30 (engagement convex portion). The material constituting the holding frame 27 is not limited to aBS resin. In addition to various synthetic resins such as polybutylene terephthalate (PBT), various metals such as aluminum alloy can also be used. . As shown in the figure, the base portion 29 is formed into an elongated flat plate shape, and a cover portion 3 1 is provided at the end of the two -10- 200407070 σ). The leg portion 30 is formed into a cylindrical shape and has a pair of structures. It is provided at both ends of the lower portion of the base portion 29. The elastic body 28 is made of a nitrile rubber (NBR) in this embodiment. The elastomer 28 is not limited to a nitrile rubber, and other rubbers may be used. The hardness of this elastomer 28 is Shore hardness 60. The material constituting the elastic body 28 is not limited to NBR, and a general rubber is used. The hardness of the elastomer 28 is not particularly limited, but is preferably 90 or less. However, as will be described later, the elastic body 28 has a structure that abuts on the hand of an angler, and therefore its hardness is preferably 50 to 70. The elastic body 28 is formed in a semi-spindle shape. That is, the elastic body 28 has a lower surface portion that is formed into a flat surface, and has a shape that bulges from both end portions toward the central portion. On the upper surface of the elastic body 28, a plurality of small holes 32 are provided. The small holes 32 can achieve a non-slip effect. The elastic body 28 is an upper surface portion placed on the base portion 29. Both ends of the elastic body 2 8 are covered with the cover portion 31 of the base portion 29. The lower surface of the elastic body 28 is fixed to the upper surface of the base portion 29 by a double-sided tape or other adhesive. Thereby, the elastic body 28 is reliably fixed to the holding frame 27. In the present embodiment, the cover portion 31 is provided in the base portion 29, whereby the elastic body 28 is more securely fixed to the holding frame 27, and the cover portion 31 may be omitted. The auxiliary member 24 has a structure attached to the grip 12 as shown in FIG. 2. In this case, for example, the lower surface of the auxiliary structure (8) (8) 200407070 (the lower surface of the base 29) and the above-mentioned groove 2 of the grip I are adhered to each other by means of double-sided tape. 5 underside. Thereby, the auxiliary member 24 can be installed at a desired position of the grip 12. When the auxiliary member 24 is mounted on the grip 12, the leg portion 30 provided in the base portion 29 is fitted into the small hole portion 26 provided in the groove 25. Thereby, the auxiliary member 24 is surely positioned at a desired position of the grip 12. When the auxiliary member 2 4 is mounted with double-sided tape, the auxiliary member 2 4 can be easily removed from the grip 1 2. As a result, the auxiliary member 24 can be mounted to another position of the grip 12 again. That is, the mounting position of the auxiliary member 24 can be freely adjusted. In the fishing rod 10 of this embodiment, when the auxiliary member 24 is attached to the grip 12, the elastic body 28 of the auxiliary member 24 is semi-spindle-shaped as described above, so the outer diameter of the grip 12 will be enlarged. This allows the angler to grasp the grip 12 firmly. On the other hand, since the auxiliary member 24 is provided with a holding frame 27 for holding the elastic body 28, the work of attaching the holding frame 27 to the grip 12 can be easily performed, and the holding frame 27 is made of ABS resin. And so on, so it will be securely fixed to the grip 1 2. In short, the auxiliary member 24 is securely fixed to the grip 12. Therefore, in the fishing rod 10 of this embodiment, when the angler grasps the grip 12, the auxiliary member 24 does not come off and the position does not shift. As a result, it is easy for the angler to grasp the grip 12 of the fishing rod 10, and the feeling of use is good. When the angler holds the grip 12, the angler's hand is abutted against the elastic body 28 of the auxiliary 12- (9) (9) 200407070 member 24, and in this embodiment, it is set to Xiao's The hardness is 60, so when the angler holds the grip 12, the angler's hand is very close to the auxiliary member 24 and the grip is good. The elastic body 28 may have a required hardness. In addition, the elastic body 28 is installed in the holding frame 29 in advance, and will be fixed to the grip 12 together with the holding frame 29, and various elasticities can be selected according to the type of the fishing rod 'or the design of the fishing rod of the designer body. In addition, the attachment operation of the auxiliary member 24 to the grip 12 is a method of attaching the holding frame 29 made of a hard material to the grip 12, which has the advantage that the operation is simple. Further, in the present embodiment, 'the foot 30 on the side of the auxiliary member 24 and the small hole 26 on the side of the grip 12' are fitted to position the auxiliary member 24. In other words, the foot portion 30 and the small hole portion 26 constitute the positioning means of the auxiliary member 24, whereby the position of the auxiliary member 24 can be reliably prevented from shifting during actual fishing. In addition, since the plurality of small hole portions 26 are provided, the position of the auxiliary member 24 can be easily adjusted. Fig. 5 is a diagram showing the positional relationship between the angler's hand and the grip 12 when the auxiliary member 24 is mounted on the grip 12; As shown in the figure, since a plurality of small hole portions 26 are provided, a fisherman can select a desired small hole portion 2 6 ′ and use this small hole portion 26 to arrange the auxiliary member 24 at a predetermined position. With this, the angler can surely fit the hand 12. The positioning means of the auxiliary member 24 is not limited to the above-mentioned leg portions 13- (10) (10) 200407070 3 0 and the small hole portion 26, and by adopting such a structure, a simple and reliable positioning can be achieved The advantages. In this embodiment, although the inner guide type fishing rod 10 is disclosed, the present invention is naturally applicable to an outer guide type fishing rod, a so-called coilless fishing rod, and the like. [Effects of the Invention] According to the above-mentioned invention, the auxiliary member can be reliably fixed to the grip, the angler can easily grasp the grip of the fishing rod, and the use feeling is good. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a front view of a fishing rod according to an embodiment of the present invention. Fig. 2 is an enlarged exploded perspective view of a main part of a fishing rod according to an embodiment of the present invention. FIG. 3 is a side view of an auxiliary member according to an embodiment of the present invention. FIG. 4 is a plan view of an auxiliary member according to an embodiment of the present invention. Fig. 5 is a diagram showing the positional relationship between the angler's hand and the grip in a state where the auxiliary member is attached to the grip according to the embodiment of the present invention. Fig. 6 is an enlarged perspective view of a main part of a conventional fishing rod. Fig. 7 is a perspective view of an auxiliary member attached to a conventional fishing rod. [Illustration of drawing number] 1 0: Fishing rod-14- (11) (11) 200407070 1 1: Fishing rod body 1 2: Grip 1 7: Fifth section 24: Auxiliary member 2 5: Groove 2 6: Small hole Section 2 7: Holding frame 2 8: Elastic body 2 9: Base 3 0: Foot