1331896 (1) 九、發明說明 【發明所屬之技術領域】 本發明是關於在外周面安裝有釣線導座的前頭細竿等 所使用的釣竿用竿體。 【先前技術】 釣竿的前頭細竿，是將碳纖維等的強化纖維整齊排列 ，將在該整齊排列的強化纖維浸漬環氧樹脂等的熱硬化樹 脂所形成的預浸漬材料薄片，捲繞在作成預定的錐桿形狀. 的芯軸，然後進行焙燒處理所形成的（參照專利文獻1 ) 〔專利文獻1〕 日本特開2002-335817號公報（段落號碼〔0029〕 及第7圖等） 【發明內容】 〔發明欲解決的課題〕 如上述，捲繞預浸漬材料所形成的竿體，會具有預浸 漬材料原有的剛性，而決定了竿體的調性。 於是，爲了容易掌握中魚的時機，如果極端地將前頭 細竿的調性作得很軟的話，即使受到橫向風也會容易讓竿 前端彎曲，反而會難以掌握中魚時機。 本發明的目的，就是要提供一種釣竿的竿體，既能獲 ⑧ 得操作的自由度’又能容易掌握中魚時機。 (2) 1331896 〔用以解決課題的手段〕 〔構造〕 第1發明，是在中空狀竿體的外周面安裝釣線導座’ 並且在該中空狀竿體的內部空間的軸線方向的—部分’安 裝高比重物件，其作用效果如下。 〔作用〕 當釣魚時，即使手邊的竿體只是進行上下左右的振動 操作，藉由高重量物的慣性力，安裝著高比重物件的竿體 的振動情形較大，且會以與被施加振動力的手邊竿體不同 的相位來進行振動，竿體的調性不會被限定在一定的程度 〇 當中魚時，高比重物件的慣性力會增大而讓竿體振動 ，即使是很小的中魚現象也能容易地讓人注意到。而即使 受到橫向風力，橫向風力作用在竿體全體，高比重物件會 發揮其強韌度，所以當中魚時的力量作用於竿前端時，竿 體也不會產生撓曲。 〔效果〕 可以讓釣竿具備不單純的調性，而能夠享受釣竿操作 的自由度’並且所提供的釣竿，容易注意到中魚情形，且 抵抗橫向風力等外來的影響的能力很強。 第2發明’上述高比重物件是金屬製的錘體，其作用 ⑧ -6- 1331896 ⑶ 效果如下。 〔作用效果〕 由於高比重物件是金屬製的錘體，所以當將其收容於 中空狀的竿體內時 '或製作高比重物件時，容易進行處理 〇 第3發明，是在實心狀竿體的外周面安裝釣線導座， 並且是在該實心狀竿體的外周面的軸線方向的一部分，捲 繞女裝者商比重板狀體，其作用效果如下。 〔作用效果〕 將重量板狀體捲裝在實心竿體的外周面的方式，與將 第〗、2發明所記載的高比重物件設置在中空竿體內的情 況，可以達到同樣的作用效果。 第4發明，上述實心狀竿體，是將沿著軸線方向捆束 的強化纖維束浸入樹脂液內浸漬樹脂之後，從模具抽出， 裁切成預定長度的構造，高比重板狀體，是將使熱硬化樹 脂浸漬在較上述實心狀竿體的強化纖維更高比重的強化纖 維而成的預浸漬材料予以捲繞所形成的構造，其作用效果 如下。 〔作用效果〕 可以達到與第3發明同樣的作用效果。爲了提高與高 比重物同樣的慣性效果，藉由捲繞：使用了較實心狀竿體 -7 - 13318961331896 (1) EMBODIMENT OF THE INVENTION [Technical Field] The present invention relates to a fishing rod body for use in a front end or the like in which a line guide is attached to an outer peripheral surface. [Prior Art] The front of the fishing rod is made by arranging the reinforcing fibers such as carbon fibers in a neat manner, and winding the prepreg sheet formed of the thermosetting resin such as epoxy resin impregnated in the neatly arranged reinforcing fibers. The mandrel of the tapered rod shape is formed by the calcination process (see Patent Document 1). [Patent Document 1] JP-A-2002-335817 (paragraph No. [0029] and Fig. 7, etc.) 】 [Problem to be Solved by the Invention] As described above, the body formed by winding the prepreg material has the original rigidity of the prepreg, and determines the tonality of the carcass. Therefore, in order to easily grasp the timing of the medium fish, if the tonality of the front head is extremely soft, even if it is subjected to the lateral wind, it is easy to bend the front end of the crucible, and it is difficult to grasp the timing of the fish. SUMMARY OF THE INVENTION It is an object of the present invention to provide a carcass of a fishing rod that achieves both freedom of operation and easy grasp of the timing of the fish. (2) 1331896 [Means for Solving the Problem] [Structure] The first invention is a portion in which the fishline guide ' is attached to the outer circumferential surface of the hollow body and in the axial direction of the internal space of the hollow body 'Installing high-specific gravity objects, the effect is as follows. [Operation] When fishing, even if the carcass at hand is only subjected to vibration operations of up, down, left, and right, the inertia of the high-weight object, the vibration of the carcass with the high-density object is large, and the vibration is applied The force of the hand's body is different in phase to vibrate. The tonality of the carcass is not limited to a certain extent. When the fish is in the middle, the inertial force of the high-density object will increase and the carcass vibrates, even if it is small. The phenomenon of Chinese fish can also be easily noticed. Even if it is subjected to lateral wind, the lateral wind acts on the whole body, and the high-density object will exert its toughness. Therefore, when the force of the fish acts on the front end of the raft, the corpuscle will not be deflected. [Effects] The fishing rod can be made to have a degree of freedom from the fishing rod operation, and the fishing rod provided is easy to notice the situation of the medium fish, and has a strong ability to resist external influences such as lateral wind. According to a second aspect of the invention, the high-gravity article is a metal hammer, and its effect is as follows: 8-6-1331896 (3). [Effects] Since the high-specific gravity object is a metal hammer, when it is housed in a hollow body, it is easy to handle when making a high-specific gravity object. The third invention is a solid body. The line guide is attached to the outer peripheral surface, and is a part of the outer peripheral surface of the solid body in the axial direction, and the weight of the plate-shaped body is wound around the wearer's body, and the effect is as follows. [Effects and Effects] The same effect can be obtained when the weight plate-like body is wound around the outer peripheral surface of the solid body and the high-weight object described in the first and second inventions is placed in the hollow body. According to a fourth aspect of the invention, the solid fiber bundle is obtained by immersing the reinforcing fiber bundle bundled in the axial direction in a resin liquid, impregnating the resin, and extracting it from the mold to cut into a predetermined length. The high specific gravity plate-like body is A structure in which a prepreg obtained by immersing a thermosetting resin in a reinforcing fiber having a higher specific gravity than the reinforcing fibers of the solid body is wound, and the effect is as follows. [Effects] The same effects as those of the third invention can be achieved. In order to improve the same inertia effect as the high specific gravity, by winding: a solid body is used -7 - 1331896
所使用的強化纖維更高比重的強化纖維的預浸漬材料，則 以實心狀竿體也能達到上述的作用效果。 第5發明，上述中空狀竿體是前頭細竿，將上述前頭 細竿的竿前端部的朝竿尾側的一定長度範圍形成爲同一外 徑的頂導座安裝部，並且從上述頂導座安裝部起的竿尾側 部份’則形成爲外徑變大的錐桿狀構造，其作用效果如下 〔作用效果〕 除了對應於第1、2發明的作用效果之外，還可達到 如下述的作用效果。也就是說，既將中空狀的前頭細竿形 成爲其外徑越朝竿尾側越大的錐桿狀的構造，且將竿前端 部形成爲一定外徑的構造，則能夠以優異的緊貼性將頂導 座嵌入到其安裝部，而能夠堅固地穩定頂導座的安裝狀態 〇 ® 第6發明，上述實心狀竿體是前頭細竿，將上述前頭 細竿的竿前端部的朝竿尾側的一定長度範圍形成爲同一外 徑的頂導座安裝部，並且從上述頂導座安裝部起的竿尾側 部份，則形成爲外徑變大的錐桿狀構造，其作用效果如下 〔作用效果〕 能達到與第5發明同樣的作用效果。也就是說’對於 實心狀竿體，是將頂導座安裝部作成能堅固地穩定頂導座 -8- (5) (5)1331896 的安裝狀態。 【實施方式】 〔第一實施方式〕 是針對作爲前頭細竿1在中空狀竿體內收容作爲高比 重物件的錘體2的構造來加以說明。如第1圖及第2圖所 示，將碳纖維等的強化纖維朝向竿體的圓周方向整齊排列 ，將使環氧樹脂等的熱硬化樹脂浸漬在整齊排列的強化纖 維而成的預浸漬薄片裁切成預定的結構的構造，準備了兩 枚這樣的構造。而以上述兩枚構造夾入著：其強化纖維的 排列方向與上述的預浸漬薄片不同的構造，也就是將排列 方向是被設定爲竿體的軸線方向的預浸漬薄片裁切成預定 的結構的構造。 將上述三枚結構重疊’將其捲繞於芯軸，進行焙燒後 將其裁切成預定長度，構成中空狀竿體1C。另一方面， 將金屬製的錘體2形成爲：沿著中空狀竿體ic的內部空 間1 a的內周壁的梯形圓錐狀。將所形成的梯形圓錐狀的 錘體2從竿尾開口插入到內部空間內，將錘體2黏接 固定在內周壁。藉此，則能夠在中空狀竿體1C的內部空 間1 a的軸線方向的一部分，安裝作爲高比重物件的錘體 2。對於中空狀竿體1C安裝後述的頂導座4及釣線導座3 ，實施精製加工’來構成前頭細竿1。 〔第二實施方式〕 -9- ⑧ (6) (6)1331896 針對作爲前頭細竿1在實心狀竿體1 D捲繞作爲高比 重物件的高比重板狀體9的構造來加以說明。雖然沒有圖 示’而針對實心狀竿體1 D是以如下述的方式製作的。是 將沿著竿體的軸線方向捆束的碳纖維等的強化纖維束浸入 熱硬化樹脂液內浸漬樹脂之後，從模具抽出。對於所抽出 的棒狀體將其硏磨加工成越竿尾側越大直徑的錐桿狀的外 周面’硏磨加工完成後將其裁切成預定長度，而構成實心 狀竿體1D。 另一方面’爲了製作高比重板狀體9，導入較碳纖維 等更高比重的鎢纖維。將該鎢纖維交叉排列，將該所排列 的鎢纖維浸漬於環氧樹脂等的熱硬化樹脂，形成作爲高比 重板狀體9的預浸漬薄片。而且，如第3圖（α) 、( β) 所不'是將裁切成預定結構的局比重板狀體9捲繞在上述 實心狀竿體1 D的外周面的軸線方向中間位置。對於捲繞 了作爲高比重板狀體9的預浸漬薄片的實心狀竿體1 d， 安裝後述的頂導座4及釣線導座3，實施精製塗裝，來構 成前頭細竿1’在這方面，是與中空狀竿體相同。 〔第三實施方式〕 除了上述兩個實施方式之外，針對如下述的方式來加 以說明。也就是說’針對前頭細竿1的頂導座4的安裝部 份的改良情形來加以說明’如第4圖及第5圖所示，配合 頂導座4的轂部4Α的內周面形狀’涵蓋前頭細竿1的竿 前端部的軸線方向一定長度的範圍’形成了同一外徑的圓 -10- ⑧ (7) (7)1331896 筒面’將該圓筒面部作爲頂導座安裝部6 C 〇 針對上述的頂導座安裝部6 C的形成方法來加以說明 。雖然沒有圖示，是在芯軸的竿前端部形成同一外徑的圓 筒面部份’並且在竿尾側朝軸線方向形成有斜率很小的傾 斜錐桿部。 另一方面’作爲捲繞於芯軸的預浸漬薄片是使用了如 下的構造。將碳纖維等的強化纖維朝向竿體的圓周方向整 齊排列’將使環氧樹脂等的熱硬化樹脂浸漬在整齊排列的 強化纖維而成的預浸漬薄片裁切成預定的結構的構造，準 備了兩枚這樣的構造。而以上述兩枚構造夾入著：其強化 纖維的排列方向與上述的預浸漬薄片不同的構造，也就是 將排列方向是被設定爲竿體的軸線方向的預浸漬薄片裁切 成預定的結構的構造。 這裡作爲結構的形狀，是配合芯軸的形狀，採用變形 結構’是具備有：對應於竿體的圓周方向其橫寬度爲一定 的定寬度部分、與具備有和緩的傾斜面的和緩傾斜部。 將這三枚結構重疊而捲繞於芯軸，構成了中空狀竿體 6。在形成中空狀竿體6之後，將該中空狀竿體6的竿前 端部形成了同一外徑的圓筒狀部分，形成了頂導座安裝部 6C。 如上述，由於頂導座安裝部6C的外周面與頂導座4 的轂部4A的內周面是形成爲同一直徑的圓筒面，所以當 將頂導座4外嵌嵌裝於頂導座安裝部6C時，能夠毫無間 隙地安裝。而在安裝著頂導座4的中空狀竿體6實施塗裝 -11 - (8) 1331896 處理，構成了前頭細竿1。 作爲第三實施方式，也可以不設置在第—實施方式变 第二實施方式所示的錘體2或高比重板狀體 〔第四實施方式〕 在這裡，是取代了第三實施方式所示的在中空狀竿體 6开^成頂導座安裝部6C的方式’來說明在實心狀竿體7 ® 施加頂導座安裝部7C的方式。如上述，將沿著竿體的軸 線方向捆束的碳纖維等的強化纖維束浸漬在熱硬化樹脂液 內浸漬樹脂’然後從模具抽出。對於所抽出的棒狀體，將 其外周面硏磨加工成，越朝竿尾側越大直徑的錐桿狀的外 周面，在硏磨加工後，將其裁切成預定長度，構成了實心 狀竿體7。在該實心狀竿體7的竿前側部分，爲了要形成 頂導座安裝部7C，而硏磨形成外徑一定的圓柱狀的相同 外徑部。 • 如上述，藉由將頂導座4安裝在：形成爲圓柱狀的相 同外徑部的頂導座安裝部7C，則能夠以提高頂導座4的 轂部4A的內周面與圓柱狀的相同外徑部的緊貼程度的方 式，來安裝頂導座4。 作爲該第三實施方式，也可以不設置在第一實施方式 或第二實施方式所示的錘體2或高比重板狀體9。 〔其他實施方式〕 ⑧ (1)作爲錘體2，雖然可以將高比重的不鏽鋼等作 -12 - (9) (9)1331896 爲材料，而只要是具有與其相當的比重的材料即可。 (2 )針對將錘體1 1安裝在前頭細竿1的情形來加以 說明。如第6圖的（α ) 、（ β )所示，準備預浸漬材料製 的前頭細竿1的略一半長度的第一中空狀竿體10Α、與第 二中空狀竿體10Β，以兩中空狀竿體10Α、10Β夾住該錘 體11，朝軸線方向依序連結第一中空狀竿體10Α、錘體 11、及第二中空狀竿體10Β來構成前頭細竿1。在這種情 況，爲了連結錘體11與兩中空狀竿體10Α、10Β，在錘體 1 1的竿前側與竿尾側形成有嵌合用的突出部1 1 A、1 1 Β， 並且在第一中空狀竿體10A的竿尾端、及第二中空狀竿 體10B的竿前端，形成有：用來嵌合上述突出部11A、 11B的嵌合孔l〇a、l〇b。 藉由這種構造，藉由將突出部1 1A嵌合到嵌合孔l〇A ’將突出部1 1 B嵌合到嵌合孔1 〇b，且予以黏接固定，則 能夠將錘體11夾入固定在兩中空狀竿體l〇A、10B之間 。在予以黏接固定之後，實施硏磨加工讓兩中空狀竿體 1 0A、1 0B與錘體1 !的外周面能平滑地吻合》 而也可以取代第一、第二中空狀竿體1〇Α、1〇Β，使 用實心狀竿體。 (3) 在上述實施方式中’作爲施加錘體2或高比重 板狀體9的對象，雖然僅針對前頭細竿1的情況來說明， 而也可以施加在第二支竿體或第三支竿體。 (4) 在第二實施方式中，作爲高比重板狀體9，雖 然是採用以鎢作爲強化纖維的預浸漬材料，而作爲高比重 -13- ⑧ 1331896The prepreg of the reinforcing fiber having a higher specific gravity of the reinforcing fiber used can achieve the above-described effects by the solid body. According to a fifth aspect of the invention, the hollow body is a front end, and a predetermined length of the front end portion of the front end of the cymbal is formed as a top guide attaching portion having the same outer diameter, and the top guide is The tail-side portion of the mounting portion is formed into a tapered rod-like structure having a large outer diameter, and the effect is as follows. [Effects and Effects] In addition to the effects of the first and second inventions, the following can be achieved. The effect of the effect. In other words, the hollow front ridge is formed into a tapered rod-shaped structure in which the outer diameter is larger toward the dovetail side, and the front end portion of the dam is formed into a constant outer diameter structure, so that it can be excellently tight. The top guide is embedded in the mounting portion, and the mounting state of the top guide can be stably stabilized. According to the sixth invention, the solid body is a front end, and the front end of the front end is thinned toward the front end. A certain length range of the dovetail side is formed as a top guide mounting portion having the same outer diameter, and a portion of the dovetail portion from the top guide mounting portion is formed into a tapered rod-shaped structure having an increased outer diameter. The effect is as follows [effect] The same effects as those of the fifth invention can be obtained. That is to say, for the solid carcass, the top guide mounting portion is made to stably stabilize the top guide -8-(5) (5) 1331896. [Embodiment] The first embodiment is described with respect to a structure in which a hammer 2 as a high specific gravity member is housed in a hollow body as a front capillary 1 . As shown in Fig. 1 and Fig. 2, the reinforcing fibers such as carbon fibers are aligned in the circumferential direction of the body, and the thermosetting resin such as epoxy resin is immersed in the reinforcing fibers in the alignment. Two such structures were prepared by cutting into a predetermined structure. In the above two structures, the arrangement direction of the reinforcing fibers is different from that of the prepreg sheet described above, that is, the prepreg sheet whose alignment direction is set to the axial direction of the crucible is cut into a predetermined structure. Construction. The above three structures are superimposed. This is wound around a mandrel, fired, and cut into a predetermined length to form a hollow body 1C. On the other hand, the metal hammer body 2 is formed in a trapezoidal conical shape along the inner peripheral wall of the inner space 1 a of the hollow body ic. The formed trapezoidal conical hammer 2 is inserted into the internal space from the dovetail opening, and the hammer 2 is bonded and fixed to the inner peripheral wall. Thereby, the hammer body 2 which is a high specific gravity object can be attached to a part of the axial direction 1 a of the hollow body 1C in the axial direction. The top guide 4 and the fishline guide 3, which will be described later, are attached to the hollow body 1C, and the front process 1 is formed by performing a finishing process. [Second Embodiment] -9- 8 (6) (6) 1331896 A structure in which a high-gravity plate-like body 9 as a high specific gravity member is wound around a solid body 1 D as a front fine die 1 will be described. Although not shown, the solid body 1 D is produced in the following manner. A reinforcing fiber bundle such as carbon fiber bundled along the axial direction of the body is immersed in a thermosetting resin liquid to impregnate the resin, and then extracted from the mold. The drawn rod-shaped body is honed to a tapered-shaped outer peripheral surface having a larger diameter on the caudal side. After the honing processing is completed, the cullet is cut into a predetermined length to constitute a solid corpuscle 1D. On the other hand, in order to produce the high specific gravity plate-like body 9, tungsten fibers having a higher specific gravity than carbon fibers are introduced. The tungsten fibers are cross-aligned, and the aligned tungsten fibers are immersed in a thermosetting resin such as an epoxy resin to form a prepreg sheet as the high specific weight plate 9. Further, as shown in Fig. 3 (α) and (β), the local specific gravity plate-like body 9 cut into a predetermined structure is wound around the intermediate portion of the outer peripheral surface of the solid body 1 D in the axial direction. The solid carcass 1 d around which the prepreg sheet as the high specific gravity plate-like body 9 is wound is attached to the top guide 4 and the fishline guide 3 which will be described later, and is subjected to refining coating to constitute the front fine 1' In this respect, it is the same as the hollow body. [Third Embodiment] In addition to the above two embodiments, the following description will be given. That is, 'the description of the improvement of the mounting portion of the top guide 4 of the front end fine 1 is as shown in Figs. 4 and 5, and the inner peripheral surface shape of the hub portion 4 of the top guide 4 is fitted. 'A range of a certain length in the axial direction of the front end portion of the 竿 front 竿1' forms a circle of the same outer diameter -10- 8 (7) (7) 1331896 Tube surface 'The cylindrical surface is used as the top guide mounting portion 6 C 〇 will be described with respect to the above-described method of forming the top guide mounting portion 6 C. Although not shown, a cylindrical portion "having the same outer diameter" is formed at the front end portion of the mandrel of the mandrel, and a tapered taper portion having a small slope is formed on the dovetail side in the axial direction. On the other hand, as the prepreg sheet wound around the mandrel, the following construction was used. The reinforcing fibers such as carbon fibers are aligned in the circumferential direction of the crucible. A prepreg sheet obtained by immersing a thermosetting resin such as an epoxy resin in a neatly arranged reinforcing fiber is cut into a predetermined structure, and two structures are prepared. Such a structure. In the above two structures, the arrangement direction of the reinforcing fibers is different from that of the prepreg sheet described above, that is, the prepreg sheet whose alignment direction is set to the axial direction of the crucible is cut into a predetermined structure. Construction. Here, the shape of the structure is a shape in which the mandrel is fitted, and the deformed structure ′ is provided with a constant width portion having a constant lateral width corresponding to the circumferential direction of the body and a gentle inclined portion having a gentle inclined surface. These three structures are superposed and wound around a mandrel to constitute a hollow body 6 . After the hollow body 6 is formed, the front end portion of the hollow body 6 is formed into a cylindrical portion having the same outer diameter, and the top guide attaching portion 6C is formed. As described above, since the outer peripheral surface of the top guide mounting portion 6C and the inner peripheral surface of the boss portion 4A of the top guide 4 are cylindrical surfaces of the same diameter, when the top guide 4 is externally fitted to the top guide When the seat mounting portion 6C is mounted, it can be mounted without any gap. On the other hand, the hollow body 6 on which the top guide 4 is attached is subjected to coating -11 - (8) 1331896 to constitute the front fine boring 1. In the third embodiment, the hammer body 2 or the high specific gravity plate body shown in the second embodiment may not be provided in the second embodiment. [Fourth embodiment] Here, instead of the third embodiment, The manner in which the top guide mounting portion 7C is applied to the solid body 7 ® will be described in the manner in which the hollow body 6 is opened to the top guide mounting portion 6C. As described above, the reinforcing fiber bundle such as carbon fibers bundled in the axial direction of the scorpion is immersed in the thermosetting resin liquid to impregnate the resin' and then withdrawn from the mold. The outer peripheral surface of the extracted rod-shaped body is honed, and the outer peripheral surface of the tapered rod shape having a larger diameter toward the tail side is cut into a predetermined length after the honing process, thereby forming a solid body. Carcass 7. In the front side portion of the solid body 7, in order to form the top guide attaching portion 7C, a cylindrical outer same diameter portion having a constant outer diameter is formed. As described above, by attaching the top guide 4 to the top guide mounting portion 7C of the same outer diameter portion formed in a cylindrical shape, it is possible to increase the inner circumferential surface of the boss portion 4A of the top guide 4 and the columnar shape. The top guide 4 is mounted in such a manner that the same outer diameter portion is in close contact. As the third embodiment, the weight body 2 or the high specific gravity plate-like body 9 shown in the first embodiment or the second embodiment may not be provided. [Other Embodiments] 8 (1) As the hammer body 2, a high-specific gravity stainless steel or the like may be used as the material -12 - (9) (9) 1331896, and any material having a specific gravity equivalent thereto may be used. (2) A description will be given of a case where the hammer body 1 1 is attached to the front fine thread 1. As shown by (α) and (β) in Fig. 6, a first hollow body 10Α of a length of half of the front fine boring 1 made of a prepreg material and a second hollow body 10Β are prepared, and two hollows are formed. The hammer body 11 is sandwiched between the dams 10 and 10, and the first hollow body 10 Α, the hammer body 11 and the second hollow body 10 连结 are sequentially connected in the axial direction to constitute the front fine ridge 1 . In this case, in order to connect the hammer body 11 and the two hollow bodies 10Α, 10Β, the projecting protrusions 1 1 A, 1 1 Β are formed on the front side and the dovetail side of the hammer body 1 1 , and The rear end of the hollow body 10A and the front end of the second hollow body 10B are formed with fitting holes l〇a and lb for fitting the protruding portions 11A and 11B. With this configuration, by fitting the protruding portion 1 1A to the fitting hole 10A to fit the protruding portion 1 1 B to the fitting hole 1 〇b, and attaching and fixing it, the hammer body can be attached. 11 is clamped and fixed between the two hollow bodies l〇A, 10B. After the bonding and fixing, the honing processing is performed to allow the outer peripheral surfaces of the two hollow bodies 10A, 10B and the hammer body 1 to smoothly conform to each other, and the first and second hollow bodies 1 can be replaced. Α, 1〇Β, use a solid carcass. (3) In the above embodiment, 'the object to which the hammer body 2 or the high specific gravity plate-like body 9 is applied is described only for the case of the front fine tube 1, but may be applied to the second branch body or the third branch. Carcass. (4) In the second embodiment, as the high specific gravity plate-like body 9, although a prepreg material using tungsten as a reinforcing fiber is used, as a high specific gravity -13- 8 1331896
do) 板狀體9也可以將鐵製的輪體外嵌固定在實心狀竿體ID 竿 狀 空 中 在 3示 明顯 說是 單圖 簡 1 C 式第’ 圖態 ί 狀 α 側 的 竿 細 頭 前 是 的要 體主 錘的 著} 裝 安^ 容是 收β) 部丨 內， 的圖 體面 α 面是 剖圖α) 大 2 C 放第， 分 態 部 狀 。 示 圖顯 示 顯 是 的示 體顯 錘是 著} 裝β 安 容’ 收 β 咅 內 的 澧 竿 狀 空容 中Μ 在 圖 澧 βνπ 立 的 態 狀 的 r 在 裝 捲 料 材 漬 浸 預 的 5 重 。 比 圖高 體將 立示 的顯 態是 C 狀圖 ， 的 3 態 後第狀 容 的 收 體 圖 澧 立 的 態 狀 的 前 裝 捲 示 顯 是 \1/ α 竿是 狀> 、L·'β 1/ - . 裝< 。 安 ， 圖座態 體導狀 立頂的： 的將部 β 態示裝C 狀顯安， 的是座圖 後圖導面 裝 4 頂側 捲第的剖 示 部縱 顯 徑的 安 示 顯 是 外態圖 同狀面 相的側 的前剖 狀裝縱 筒安的 圓示態 爲顯狀 成是的 形}後 在α裝 外態圖 同狀面 相的側 的前剖 狀裝縱 柱安的 圓示態 爲顯狀 成是的 形} 後 在α裝 裝丨安 安，一下0^0 導狀是 頂的 將部 β 示裝 { 顯安 ， 是座圖 圖導面 5 頂側 第的剖 部縱 徑的 定裝側 固安剖 入示縱 夾顯的 體是態 錘}狀 將 α的 ’丨後 二S裝 2 Μ安 割狀 I下 分的L 竿f曰疋 細之} 頭此β) 前彼 ί 將體， 示竿圖 顯的面 是二側 圖爲的 6 割態 第分狀 該的 在前 '14- ' (11) 1331896 面圖。 【主要元件符號說明】 1 :前頭細竿 1C、6、10A、10B:中空狀竿體 — 1 D :實心狀竿體 2、1 1 :錘體 φ 3、4 :釣線導座 6 C、7 C :釣線導座安裝部 9 :高比重板狀體 ⑧Do) The plate body 9 can also be embedded in the solid body of the wheel in the shape of the solid body. In the case of 3, it is obvious that it is a simple figure of the figure 1 C. Yes, the main hammer is installed. The mounting volume is in the middle part of the figure. The surface of the figure is the sectional view α). The large 2 C is placed in the first part. The diagram shows that the display body is the } 空 装 β 安 安 收 收 收 收 β Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ weight. The explicit state of the graph is the C-shaped graph. After the 3-state, the front-loaded volume of the morphological pattern of the morphological state is \1/α 竿 is the shape>, L· 'β 1/ - . Load < . In the figure, the figure shows the C-shaped appearance of the top, and the figure of the figure is the figure of the figure. The circular shape of the front section of the longitudinal section of the outer surface of the same plane is the shape of the shape of the front section, and the circle of the front section of the side of the same plane of the external phase of the α. The state of the state is marked as a shape of the state} after the installation of the α in the α, the 0^0 guide is the top of the part of the β display { 显安, is the top view of the top of the figure 5 The fixed side of the diameter of the fixed-section is shown in the vertical pinch of the body is the state hammer}. The α's '丨后二 S is installed 2 Μ 割 状 I I 下 下 下 下 下 } β β β β β β β β β β β β β β β β β β β β β β The front face is the body, and the face shown in the figure is the 6-segment state of the two sides. The front '14-' (11) 1331896 face view. [Explanation of main component symbols] 1 : Front fine 1C, 6, 10A, 10B: Hollow carcass - 1 D : Solid carcass 2, 1 1 : Hammer φ 3, 4: Fishing line guide 6 C, 7 C : fishing line guide mounting portion 9 : high specific gravity plate 8
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