201041502 六、發明說明 【發明所屬之技術領域】 本發明是關於在裝備有捲線器腳固定用垂片之座基 體，形成有用來承接載置在前述捲線器腳的前端朝竿前端 側屈曲形成之前端側足部的前端側載置面與用來承接載置 在前述捲線器腳的前端朝竿根端側屈曲形成之竿根側足部 的竿根側載置面，並且設有包覆較前述座基體更柔軟的軟 0 質材製的把手被覆體之裝設座面的筒狀捲線器座。 【先前技術】 爲了在座基體（公報內名稱：捲線器座本體12)裝 設把手被覆體（公報內名稱：柔軟部材32)，而以沿著 筒狀的座基體之圓弧狀的外周面的形狀形成裝設座面（公 報內名稱：凹部42 )(專利文獻1 )。 [專利文獻1]日本特開2008-27 1 8 1 5號公報（段落 ❹ 〔0024〕〔 0030〕，圖 2，4，6) 【發明內容】 [發明所欲解決之課題] 如上述，因在捲線器座的適當的部分，設有具柔軟性 的把手被覆體，所以，在共握狀態下握持安裝於捲線器座 之捲線器腳的前端側足部及竿根側足部、和捲線器座，進 行釣組的投入、拉魚之際，把手被覆體會緩和扣於捲線器 腳的足部等之手指變痛，能夠進行穩定的握持操作。 -5- 201041502 但是，在載置捲線器腳的足部的前端側載置面、及竿 根側載置面（公報內名稱：捲線器腳載置面1 8 )的横側 方，連續有座基體之呈圓弧狀的外周面，外嵌於座基體的 把手被覆體的外周面也設置成與把手被覆體未被被覆的座 基體之外周面相同面狀態。 於是，扣繞於捲線器腳的前端側足部及竿根側足部與 座基體之外周面的範圍之手指會沿著圓弧狀面繞一圈，造 成握持捲線器腳的前端側足部及竿根側足部與座基體之外 周面的手指容易鬆緩的情況產生，具有改善的空間。 本發明的目的係在於提供藉由對前端側載置面、及竿 根側載置面的横側方部分的形狀加以設計，使得與把手被 覆體之連接變得良好，且容易握持、並且手不易受到壓迫 力之筒狀捲線器座。 [用以解決課題之手段] 〔結構〕 請求項1之發明的特徴結構， 在裝備有捲線器腳固定用垂片之筒狀的座基體，形成 有承接載置前述捲線器腳的前端側足部之前端側載置面與 承接載置前述捲線器腳的竿根側足部之竿根側載置面， 並且在前述前端側載置面的兩横側方位置，形成有對 前述前端側載置面處於傾斜狀態的左右之前端側傾斜凹陷 面’而在前述竿根側載置面的兩横側方位置，形成有對前 述竿根側載置面處於傾斜狀態的左右之竿根側傾斜凹陷 -6- 201041502 面， 設有裝設座面，該裝設座面是爲了將裝設於前述座基 體的軟質材製的把手被覆體之載置面部配置於前述前端側 載置面與前述竿根側載置面之間、且將位於前述把手被覆 體之前述載置面部的兩横側方的左横側部分及右横側部分 分別配置於前述左側的前端側傾斜凹陷面與前述左側的竿 根側傾斜凹陷面之間、配置於前述右側的前端側傾斜凹陷 〇 面與前述右側的竿根側傾斜凹陷面之間，而將前述把手被 覆體包覆於前述座基體之裝設座面， 在將前述把手被覆體裝設於前述裝設座面之狀態下， 形成爲前述前端側載置面、與前述竿根側載置面、與前述 載置面部是成爲相同面狀態，且，前述前端側傾斜凹陷 面、與前述竿根側傾斜凹陷面、與前述横側部分是成爲相 同面狀態者。其作用效果如下。 〇 〔作用效果〕 在前述前端側載置面的兩横側方位置，形成有對前述 前端側載置面處於傾斜狀態的左右之前端側傾斜凹陷面， 而在前述竿根側載置面的兩横側方位置，形成有對前述竿 根側載置面處於傾斜狀態的左右之竿根側傾斜凹陷面。 藉此，前端側載置面與竿根側載置面之兩橫側方能夠 做成爲朝竿軸芯方向凹陷之小徑的部分，所以變得容易握 持。 並且，因在前端側載置面與前述竿根側載置面之間、 201041502 及前述左側的前端側傾斜凹陷面與前述左側的竿根側傾斜 凹陷面之間、且前述右側的前端側傾斜凹陷面與前述右側 的竿根側傾斜凹陷面之間，裝設軟質材製的把手被覆體’ 且，將這些無階差地構成爲相同面狀態’所以不會感到階 差，而能夠握持，且手指被壓迫之情況也少。 如以上所述，因將把手被覆體在形成於座基體的前端 側傾斜凹陷面與竿根側傾斜凹陷面之間也形成爲相同面狀 態，所以，能夠更進一步減輕握持筒狀捲線器座與捲線器 腳之釣者的手指之負擔。 〔結構〕 請求項2之發明的特徴結構，其中，在將前述把手被 覆體裝設於前述裝設座面之狀態下，將前述前端側載置 面、與前述竿根側載置面、與前述載置面部形成爲在沿著 竿軸線之方向連續的狀態，將由連續的前述前端側載置面 與前述載置面部及前述竿根側載置面所構成之捲線器腳的 足部載置面的横寬，形成爲沿著竿軸線之方向越位於中間 之部分的横寬變得越窄，其作用效果如下。 〔作用效果〕 因在將前述把手被覆體裝設於前述裝設座面之狀態 下，前述前端側載置面、與前述竿根側載置面、與位於前 述把手被覆體之前述前端側載置面與前述竿根側載置面之 間的載置面部，在形成爲在沿著竿軸線之方向連續的狀態 -8- 201041502 之狀態下’將由連續的前述前端側載置面與前述載置面部 與前述竿根側載置面所構成的捲線器腳的足部載置面的横 寬，形成爲在沿著竿軸線之方向越位於中間的部分的横寬 變得越窄，所以，在横寬之沿著竿軸線之方向位於中間之 部分被縮徑成接近竿軸線，在位於被縮徑的前述的中間之 部分，共握足部與筒狀捲線器座之手指變得穩定，因此， 作爲筒狀捲線器座可成爲不易滑動者。 Ο 〔結構〕 請求項3之發明的特徴結構，其中，將前述載置面部 的外周面形成爲圓弧狀面部，並且將前述左横側部分及右 横側部分形成爲形成爲處於比起前述圓弧狀面部更朝竿軸 芯方向凹陷之狀態、且、越接近前述載置面部之端部越相 互接近的傾斜狀態的左右之中間傾斜凹陷面，其作用效果 如下。 〇 〔作用效果〕 如此，因形成有中間傾斜凹陷面，所以，容易對前端 側傾斜凹陷面與竿根側傾斜凹陷面設定成相同面狀態，且 並非一定需要將載置把手被覆體的載置面部的表面形狀形 成爲與中間傾斜凹陷面相同的形狀。 【實施方式】 〔第1實施形態〕 -9 - 201041502 說明關於將本發明適用於釣竿A之形態。 釣竿A係如圖1〜4所示，作爲具備握持部的竿體之 主竿1，裝設有用來安裝紡車式捲線器10之筒狀捲線器 座B，將可動垂片5安裝於筒狀捲線器座B的座基體2來 構成的。 在座基體2，一體地形成有：與可動垂片5協力來保持 在紡車式捲線器1 0的捲線器腳1 0 A的前端朝竿前端側屈 曲形成之前端側足部l〇a之固定垂片3，在較固定垂片3 的形成部位更後方側，設有螺裝可動垂片5之母螺紋部 4 ° 如圖4，8，9所示，在可動垂片5，裝設有：用來保 持在捲線器腳1 〇 A的前端朝竿根側屈曲形成的竿根側足 部l〇a之垂片本體5A;裝設於垂片本體5A內之樹脂製的 腳按壓體5B;及使垂片本體5A朝竿軸線X方向螺進移 動之螺帽體7。 說明關於座基體2。 如圖5所示，座基體2是使用聚酯、ABS、PET等的 工程樹脂之筒狀體。如前述，在竿前端半部’形成有朝外 側隆起的固定垂片3’在進入固定垂片3的垂片內部之狀 態下形成前端側載置面2 A。藉由此前端側載置面2 A來構 成載置支承在捲線器腳10A的前端朝竿根側屈曲形成之 前端側足部l〇a。 在前端側載置面2A的竿根側’設有定位用環狀鳄 2C，環狀鍔2C的更靠竿根側’形成有進入到可動垂片5 -10- 201041502 內之竿根側載置面2 B ’藉由此竿根側載置面2 B構成用來 載置在支承捲線器腳1 〇 A的前端朝竿根側屈曲形成之竿 根側足部l〇a。 環狀鳄2C是如圖2及圖5所示’從朝竿根側載置面 2B的兩横側方若干突出的狀態沿著大致座基體2的周面 圍繞的狀態下環繞著。在較環狀鍔2C更靠竿前端側’從 環狀鍔2C朝竿前端側，形成有作爲後述的把手被覆體之 Q 橡膠把手6的安裝座（裝設座面）2D。安裝座2D是形成 於從環狀鍔2C更凹陷的面，如圖4及圖6所示，當將橡 膠把手6裝設在此安裝座2D時，將橡膠把手6的外周面 與環狀鍔2C的外周緣設定成相同面狀態，使其高度一致 的方式形成。 如圖2及圖5所示，固定垂片3之外面3A是形成爲 較安裝座2D更突出之狀態，固定垂片3的外面3A也是 構成爲在已將橡膠把手6裝設於安裝座2D之狀態，成爲 〇 與該橡膠把手6的外面相同面狀態。 在與安裝座2D之固定垂片3的存在側相反側的面與 固定垂片3的横側方側的面，形成有延著座基體2的軸線 方向之突條2a，此突條2a是卡合於形成在裝設於安裝座 2D的橡膠把手6的內周面之後述的長溝6e，藉以抑制橡 膠把手6的捲起。 在前端側載置面2 A與竿根側載置面2 B之間，亦形 成有做爲更凹陷的面之連結部分2c，連結成與安裝座2D 的其他部分呈無階差之狀態，前端側載置面2 A與竿根側 -11 - 201041502 載置面2B之間的連結部分2c也形成安裝座2D 分。在已將後述的橡膠把手6裝設於安裝座2D 下，橡膠把手6的外面、與前端側載置面2A及竿 置面2 B是成爲相同面狀態。 其次詳細說明關於載置座基體2之捲線器腳 前端側足部1 〇A與竿根側足部1 〇a之部位。如圖2 〜圖8所示，前端側載置面2A，其斷面形狀，如 採用呈圓弧狀之形狀，但如圖6之平面視角，呈越 側，左右方向之横寬越窄的形狀。 另外，竿根側載置面2B係呈大致一定的寬 寬，呈在竿根側端部使左右方向横寬縮小之形狀。 所示，在前端側載置面2A與竿根側載置面2B之 形成橡膠把手6的安裝座2D的一部分之連結部分 連續地連結前端側載置面2A的竿根側端的横寬L 根側載置面2B的竿前端側端的横寬L2這樣的横寬 在前端側載置面2 A的兩橫側方，形成有呈皿 之前端側傾斜凹陷面2 e，此皿狀的左右之前端側 陷面2e是形成爲朝竿軸芯方向稍微凹陷之形狀， 成爲越位於左右之前端側傾斜凹陷面2 e之前端側 2A側的端部，左右之間隔越小的朝上之傾斜狀態 根側載置面2 B的兩横側方，亦同樣地，形成有朝 根側傾斜凹陷面2f ’且’在安裝座2D中連結部另 外的周面部分形成爲構成安裝座2D的一部分之圓 2g。因圓弧狀面2g爲構成安裝座2D的一部分之 的一部 的狀態 根側載 10A的 及圖4 前述， 朝竿根 廣之横 如圖6 間，於 2 c，呈 '1與竿 〇 狀左右 傾斜凹 且，形 載置面 。在竿 上的竿 、2c以 弧狀面 部分， -12- 201041502 所以，比起位於竿前端側之朝斜上之前端側傾斜凹陷面 與位於竿根側之朝斜上的竿根側傾斜凹陷面2f ’以相 當於橡膠把手6的厚度之深度凹陷形成。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a base body equipped with a tab for fixing a reel foot, and is formed with a front end for buckling the front end of the reel of the reel. The front end side mounting surface of the distal end side foot portion and the root side loading surface for receiving the root side leg portion which is bent at the distal end side of the reel foot to the root end side, and is provided with a coating The handle wrapper of the soft cover material of the soft base material of the base body is provided with a cylindrical reel seat of the seat surface. [Prior Art] A handle covering body (name: soft member 32) is attached to the seat base (name: reel seat main body 12), and the outer peripheral surface of the arc-shaped base body is formed in an arc shape. The shape forming mount surface (the name in the publication: recess 42) (Patent Document 1). [Patent Document 1] Japanese Laid-Open Patent Publication No. 2008-27 1 8 1 5 (paragraph ❹ [0024] [0030], Fig. 2, 4, 6) [Summary of the Invention] As described above, A flexible handle covering body is provided at an appropriate portion of the reel seat, so that the front end side leg portion and the crotch side foot portion of the reel foot attached to the reel seat are held in a common grip state, and In the reel seat, when the fishing group is put in and the fish is pulled, the handle covering body can relieve the pain of the fingers such as the foot of the reeling foot, and a stable grip operation can be performed. -5- 201041502 However, the front side mounting surface of the foot on which the reel foot is placed and the lateral side of the root side mounting surface (the name of the reel: the reel foot mounting surface 18) are continuously The outer peripheral surface of the base body having an arc shape, and the outer peripheral surface of the handle covering body which is externally fitted to the base body is also provided in the same surface as the outer peripheral surface of the base body in which the handle covering body is not covered. Therefore, the finger that is wound around the front end side of the reel foot and the range of the crotch side foot and the outer peripheral surface of the base body will be wound around the arcuate surface, thereby causing the front end side of the reel foot to be gripped. The fingers on the peripheral portion of the root portion and the base of the base are easily loosened, and there is room for improvement. An object of the present invention is to provide a shape of a lateral side portion of a front end side mounting surface and a root side loading surface, so that the connection with the handle covering body is good and easy to hold, and A tubular reel seat that is not susceptible to stress by the hand. [Means for Solving the Problem] [Structure] The feature structure of the invention of claim 1 is that a cylindrical base body equipped with a tab for fixing the reel foot is formed with a distal end side for receiving and placing the reel foot a front end side mounting surface and a root side mounting surface on which the root side leg portion of the winding reel foot is placed, and the front end side is formed at two lateral side positions of the front end side mounting surface The left and right front end side inclined recessed surfaces of the mounting surface are inclined, and the left and right sides of the side root side mounting surface are inclined at the lateral side positions of the root side loading surface. The inclined recess -6-201041502 is provided with a mounting seat surface for arranging the mounting surface of the handle covering body of the soft material mounted on the base body on the front end side mounting surface and The left lateral side portion and the right lateral side portion of the lateral side of the mounting surface portion of the handle covering body are disposed on the left side front side inclined concave surface and the aforementioned The root of the left side Between the concave surfaces, between the front end side inclined concave surface of the right side and the right side inclined inclined surface of the right side, and the handle covering body is coated on the mounting surface of the base body, In the state in which the handle cover is mounted on the mounting surface, the front end side mounting surface is formed in the same state as the mounting side surface, and the front end side is inclined. The recessed surface and the inclined base surface of the root side are the same as the lateral side. Its effect is as follows. 〇 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 作用 〇 〇 〇 〇 〇 〇 〇 〇 At the laterally lateral positions, the left and right root side inclined concave surfaces that are inclined to the root side loading surface are formed. As a result, the lateral sides of the distal end side mounting surface and the root side mounting surface can be formed to have a small diameter which is recessed toward the core axis direction, so that it is easy to hold. Further, between the front end side mounting surface and the root side mounting surface, between 201041502 and the left end front side inclined concave surface and the left side root side inclined concave surface, and the right front end side is inclined Between the recessed surface and the slanted concave surface of the root side of the right side, a handle covering body made of a soft material is attached, and these steps are formed in the same plane state, so that the step can be grasped without feeling a step. And the situation in which the finger is pressed is also small. As described above, since the handle covering body is formed in the same surface state between the inclined concave surface formed on the distal end side of the base body and the inclined concave surface of the root side, the holding of the tubular reel seat can be further reduced. The burden on the fingers of the fisherman with the reel foot. [Structure] The feature of the invention of claim 2, wherein the front end side mounting surface and the root side mounting surface are provided in a state in which the handle covering body is mounted on the mounting seat surface The mounting surface portion is formed to be continuous in the direction along the 竿 axis, and the foot portion of the reel foot formed by the continuous front end side mounting surface and the mounting surface portion and the root side mounting surface is placed The lateral width of the surface is formed such that the lateral width of the portion which is located in the middle along the direction of the 竿 axis becomes narrower, and the effect is as follows. [Operational effect] The front end side mounting surface, the root side mounting surface, and the front end side of the handle covering body are placed in a state in which the handle covering body is mounted on the mounting seat surface. The mounting surface portion between the surface and the root side mounting surface is formed in a state in which it is continuous in the direction along the 竿 axis -8 - 201041502, and the continuous front end side mounting surface and the load are Therefore, the lateral width of the foot placement surface of the reel foot formed by the surface portion and the root side mounting surface is formed such that the lateral width of the portion located in the middle along the 竿 axis direction becomes narrower. The portion in the middle of the widthwise direction along the axis of the crucible is reduced in diameter to be close to the crucible axis, and the finger holding the foot and the cylindrical reel seat is stabilized in the middle portion of the aforementioned portion of the reduced diameter. Therefore, the cylindrical reel seat can be made to be difficult to slide. The structure of the invention of claim 3, wherein the outer peripheral surface of the mounting surface portion is formed into an arcuate surface portion, and the left lateral side portion and the right lateral side portion are formed to be formed in comparison with the foregoing In the state in which the arc-shaped surface portion is recessed in the direction of the axis of the core, and the left and right inclined concave surfaces in the inclined state in which the end portions of the mounting surface face are closer to each other, the effect is as follows. 〇 [Operational effect] Since the intermediate inclined concave surface is formed in this manner, it is easy to set the inclined surface of the tip end side and the inclined surface of the root side inclined surface in the same plane state, and it is not always necessary to mount the handle covering body. The surface shape of the face is formed into the same shape as the intermediate inclined concave surface. [Embodiment] [First Embodiment] -9 - 201041502 A description will be given of a form in which the present invention is applied to a fishing rod A. As shown in Figs. 1 to 4, the fishing rod A is attached to a main body 1 having a grip body, and a cylindrical reel holder B for mounting the spinning reel 10 is attached, and the movable tab 5 is attached to the barrel. The base body 2 of the reel base B is constructed. The seat base 2 is integrally formed with a fixed hanging piece of the front end side leg l〇a which is formed in cooperation with the movable tab 5 to hold the front end of the reel foot 10 A of the spinning reel 10 toward the front end side of the spinning reel The sheet 3 is provided on the rear side of the portion where the fixed tab 3 is formed, and the female screw portion 4 of the screw-mounted movable tab 5 is provided. As shown in Figs. 4, 8, and 9, the movable tab 5 is provided with: a tab body 5A for holding the root side leg 10a of the root end of the reel foot 1 〇A, and a resin-made foot pressing body 5B installed in the tab body 5A; And the nut body 7 that causes the tab body 5A to be screwed in the X direction of the 竿 axis. Explain about the base body 2. As shown in Fig. 5, the base body 2 is a tubular body using an engineering resin such as polyester, ABS or PET. As described above, the front end side mounting surface 2A is formed in a state in which the fixing tab 3' which is formed to protrude outward from the front end half portion' is inserted into the inside of the tab of the fixing tab 3. The distal end side mounting surface 2A is configured to mount the distal end side leg portion 〇a which is supported by the distal end of the reel foot 10A and is bent toward the root side. The positioning endless crocodile 2C is provided on the root side of the front end side mounting surface 2A, and the root side of the annular cymbal 2C is formed on the root side of the movable tab 5-10-201041502. The surface 2 B ' is formed by the root side loading surface 2 B so as to be placed on the root side leg 10a which is bent at the distal end of the support reel foot 1A toward the root side. The annular crocodile 2C is surrounded by a state in which it protrudes from the lateral sides of the substantially base body 2 in a state in which it protrudes from the lateral sides of the dam root side mounting surface 2B as shown in Fig. 2 and Fig. 5 . A mounting seat (mounting surface) 2D of a Q rubber handle 6 as a handle covering body to be described later is formed on the front end side of the ring-shaped cymbal 2C toward the dam front end side. The mount 2D is formed on a surface that is more recessed from the annular cymbal 2C. As shown in FIGS. 4 and 6, when the rubber handle 6 is attached to the mount 2D, the outer peripheral surface of the rubber handle 6 and the ring 锷 are formed. The outer circumference of 2C is set to the same surface state, and the height is formed in a uniform manner. As shown in FIGS. 2 and 5, the outer surface 3A of the fixed tab 3 is formed to be more protruded than the mount 2D, and the outer surface 3A of the fixed tab 3 is also configured such that the rubber handle 6 has been mounted on the mount 2D. The state is the same as the outer surface of the rubber handle 6. On the surface on the side opposite to the side on which the fixed tab 3 of the mount 2D is present and the side on the lateral side of the fixed tab 3, a ridge 2a extending in the axial direction of the base 2 is formed, and the rib 2a is The long groove 6e described later is formed on the inner peripheral surface of the rubber handle 6 attached to the mount 2D, thereby suppressing the winding up of the rubber handle 6. Between the front end side mounting surface 2A and the root side mounting surface 2B, a connecting portion 2c which is a more concave surface is formed, and is connected to a state in which the other portions of the mounting seat 2D are stepless. The connecting portion 2c between the front end side mounting surface 2A and the root side -11 - 201041502 mounting surface 2B also forms a mounting seat 2D. When the rubber grip 6 to be described later is attached to the mount 2D, the outer surface of the rubber grip 6 is in the same plane state as the front end side mounting surface 2A and the grip surface 2B. Next, the portion of the front end side leg portion 1A of the reel base 2 and the crotch base portion 1 〇a will be described in detail. As shown in FIG. 2 to FIG. 8 , the front end side mounting surface 2A has a cross-sectional shape such as an arc shape, but as shown in the plane of view of FIG. 6 , the lateral side is narrower and the lateral width is narrower. shape. Further, the root side loading surface 2B has a substantially constant width and has a shape in which the lateral end portion is laterally narrowed in the lateral direction. As shown in the figure, the connecting portion of the distal end side mounting surface 2A and the portion of the mounting seat 2D of the root side loading surface 2B that forms the rubber handle 6 is continuously connected to the lateral width L of the root end side of the distal end side mounting surface 2A. The lateral width L2 of the side end side end of the side mounting surface 2B is formed on the lateral side of the front end side mounting surface 2A, and the inclined front surface 2 e is formed on the front end side of the dish, and the left and right sides of the dish are formed. The front end side sinking surface 2e is formed in a shape that is slightly recessed toward the core axis direction, and is an end portion on the end side 2A side of the left and right front end side inclined recessed surface 2 e, and the upper left and right intervals are smaller. Similarly, the two lateral sides of the root-side mounting surface 2B are formed with a slanted concave surface 2f' toward the root side, and the other peripheral surface portion of the connecting portion in the mounting seat 2D is formed to constitute a part of the mounting seat 2D. Round 2g. The arc-shaped surface 2g is a state in which one part of the mount 2D is a part of the root side load 10A and FIG. 4 is as described above, and the horizontal direction of the base is as shown in FIG. 6, and at 2 c, it is '1 and 竿〇. The shape is inclined to the left and right, and the surface is placed.竿 on the 竿, 2c in the arc-shaped surface portion, -12- 201041502 Therefore, compared to the slanted concave surface on the front end side of the ridge front side and the slanted depression side on the slanting side of the root side The face 2f' is recessed at a depth corresponding to the thickness of the rubber handle 6.
其次，說明關於作爲把手被覆體之橡膠把手6。如圖 2及圖4〜圖8所示，橡膠把手6是以NBR等的橡膠作爲 材料之筒狀體，形成有楕圓狀的脫離孔6A，使得在裝設 於安裝座2D之狀態下讓固定垂片3從橡膠把手6突出。 〇 較橡膠把手6之脫離孔6A更靠近竿前端側的部分6C 是形成爲越接近竿前端側的開口部6b越小徑化之緩圓錐 筒狀。另外，在橡膠把手6的根部亦形成友筒狀的根部分 6D，在竿根側部分6D，形成有：朝橡膠把手6的根部呈 圓弧狀之載置面部6c ;和在該載置面部6C的兩橫側方側 朝竿軸芯方向凹陷之狀態，且，越靠近位於載置面部6c 側的端部，相互之左右間隔越小的方式處於向上傾斜狀態 之皿狀的左右之中間傾斜凹陷面部（横側部分的一例） 〇 6d。 藉由中間傾斜凹陷面部6d，將橡膠把手6裝設於預 定位置之際，形成於座基體2之向斜上傾斜凹陷面2e與 橡膠把手6的向斜上傾斜面6D被無階差地連結著。 如圖5〜圖8所示，在與脫離孔6A的存在側的180° 相反側，設有較其他部分稍微朝外側突出之突出部6B， 其實施有表面加工，使扣於此突出部6B之手指不易滑 動。即，爲了抑制表面的滑動，實施有形成細微凹凸之犁 地加工。 -13- 201041502 採用下述結構，即，在此突出部6B的內周面，於與 脫離孔όΑ的存在側之〗80。相反側及左右之兩側面的3個 部位’形成有沿著竿軸線X方向之細寬度的長溝6e，在 將橡膠把手6裝設於座基體2之際，細寬度的長溝6e外 嵌於突出形成在座基體2之突條2a，進行橡膠把手6的 定位，並且抑制橡膠把手6的捲起的結構。 當將如以上所構成的橡膠把手6，如圖4所示，從竿 根側開口 6a外嵌裝設到安裝座2D時，則連結成橡膠把手 f 6的外面成爲與固定垂片3的外面3A相同面狀態，且， 包圍竿根側開口 6a之外緣抵接於環狀鍔2C，使橡膠把手 6的外面成爲與環狀鍔2C的外面相同面狀態。 如圖4及圖6所示，在已將橡膠把手6裝設於安裝座 2D之狀態下，讓前端側載置面2A、竿根側載置面2B、 橡膠把手6之載置面部6c形成爲在沿著竿軸線X的方向 上連續之足部載置面。如圖6(a)所示，將足部載置面 的橫寬形成爲在沿著竿軸線X之方向，越靠近位於中間 I 之部分的横寬越被縮徑而變窄。 因非使位於前端側載置面2A、竿根側載置面2B的兩 横側方之部分形成爲圓弧面，而是可藉由做爲前述的前端 側傾斜凹陷面2e ’形成爲向上的傾斜面，使得可縮小位 於與其兩側方對應之部分的外徑，且，在沿著足部載置面 的竿軸線之方向，越靠近位於中間之部分的横寬越被縮徑 而變窄，所以，能夠在將安裝於座基體2之捲線器腳1 0A 的前端側足部1 0a、及竿根側足部1 〇a與該座基體2 —同 -14- 201041502 握持之際變得容易握持。 並且，如後述，因在將橡膠把手6裝設於圓弧狀面 2g之際，形成於橡膠把手6的中間傾斜凹陷面6d成爲與 位於竿前端側之朝斜上的前端側傾斜凹陷面2 e無階差地 連續之狀態，所以，壓迫手指、手掌之情況少’在進行釣 組的拋投、拉魚操作之情況，手不會變痛且負擔也少。 說明關於可動垂片5。如圖2〜圖9所示’可動垂片 0 5裝備有：鋁、鈦等的輕量金屬製的垂片本體5A;和內 裝於該垂片本體5A的捲線器腳揷入用保持部5a之橡膠製 或合成樹脂製的腳按壓體5B。 腳按壓體5B係呈略圓弧狀，內裝於捲線器腳揷入用 保持部5a者，使鍔部5b朝垂片本體5A的竿前端側端突 出，並且在左右中央部設有突起5c，將此突起5c嵌合於 形成在垂片本體5A的頂部分之脫離孔5d內，藉以進行 腳按壓體5B的定位。 G 垂片本體5A是如圖9所不’作爲其斷面形狀’呈將 外嵌於座基體2之略四分之三圓弧狀的部分和呈拱形（弓 形）狀的捲線器腳揷入用保持部5A予以一體形成之縱長 的橢圓狀者，藉由成形模具一體形成。 垂片本體5A是如前述，爲了以成形模具一體形成， 因以往未顯示密接於座基體2的外周面這樣高成型性，所 以有可能在將垂片本體5 A裝設於預定位置之狀態下，在 圓周方向產生振動。 因此，設置偏移動作抑制機構C來抑制該振動。在 -15- 201041502 此’首先，說明關於垂片本體5A與腳按壓體5B之安裝 構造’然後再說明關於偏移動作抑制機構C。 即，如圖9所示，在垂片本體5A之略四分之三圓弧 狀的部分與呈拱形（弓形）狀之捲線器腳揷入用保持部 5a之連接部位附近，設有朝上階差部5e。 另外，在腳按壓體5B，於左右之兩下端部附近的外 面’形成有朝下階差部5g。在將腳按壓體5B插入到垂片 本體5A的捲線器腳揷入用保持部5a內之際，腳按壓體 5B的朝下階差部5g從上方抵接到垂片本體5A的朝上階 差部5e，來將腳按壓體5B加以裝設支承。 在腳按壓體5B的左右兩側下端部，厚度薄的袴部5h 朝下方延伸，袴部5h採用朝下方厚度逐漸變薄之結構。 另外，座基體2的與袴部5h對應之外面是如前述，形成 向上凹陷傾斜之皿狀的竿根側傾斜凹陷面2f。又，藉由 袴部5h與竿根側凹陷面2f接觸並被阻止，以垂片本體 5A與座基體2的外周面夾持並固定袴部5h的下端部。 在此將袴部5 h稱爲抵接部。將竿根側傾斜凹陷面2 f 稱爲承接部。藉由這樣的袴部（抵接部）5h與竿根側傾 斜凹陷面（承接部）2 f ’來構成偏移動作抑制機構c。 藉由這樣的結構，即使可動垂片5欲與腳按壓體5B 一同朝圓周方向旋轉’袴部5h的下端部被垂片本體5A 與座基體2的外周面夾持並固定，而抑制了旋轉。因此， 抑制了可動垂片5在圓周方向之振動，使得握持筒狀捲線 器座B之手指變得穩定。 -16- 201041502 如此，並非金屬製的垂片本體5A’而是藉由在樹脂 製或橡膠製的腳按壓體5]5形成袴部5h’來構成偏移動作 抑制機構C，所以’能夠構成即使在垂片本體5A與座基 體2的外周面存在有稍許的固體誤差而形成之情況’也能 藉由腳按壓體5 B的樹脂或橡膠的彈性變形力’確實地維 持以垂片本體5A與座基體2的外周面夾持並固定袴部5h 的下端部狀態，發揮良好的偏移動作抑制功能之偏移動作 0 抑制機構C。 如圖2〜圖6所示，可動垂片5的垂片本體5A係形 成有從保持捲線器腳10A的捲線器腳揷入用保持部5a朝 竿根側，外徑變細的中間縮徑部5j，在較中間縮徑部5j 更靠竿根側，形成有較中間縮徑部5j的外徑更大徑的承 接部5k。 根據以上的結構，在一同握持捲線器腳10A與筒狀 捲線器座B進行釣魚動作之情況時，處於手放在橡膠把手 Ο 6的突出部6B被抑制朝竿前端側之移動的狀態，並且小 指扣於可動垂片5的中間縮徑部5j而藉由承接部5k抑制 了朝竿根側之移動，成爲握持狀態穩定之結構。 如圖2〜圖6所示，承接橡膠把手6之環狀鍔2C是 圍繞於除了竿根側載置面2B以外之全周面，形成爲越接 近朝與竿根側載置面2B存在側80。相反側，越朝竿根側 偏移。藉由這樣的結構，與環狀鍔2C抵接而被定位的橡 膠把手6的根部端是在與竿根側載置面2B存在側〗80。相 反側’進入到竿根側而位於該部位。即，如圖5所示，比 -17- 201041502 起在環狀鍔2 C的竿前端側所想定的基準線Υ，橡膠把手 6的根部端是朝竿根側延伸出來。 並且，在可動垂片5，亦如圖5及圖7所示’垂片本 體5Α的竿前端側端5C的開口緣的是形成爲形成捲線器 腳揷入保持部5a之上半部5f和與外嵌於座基體2的下半 部5p之中間位置對應的部分，最朝竿前端側突出之形 狀。在下半部5p，形成爲以沿著環狀鍔2C的方式，越接 近與捲線器腳揷入保持部5A的存在側180°相反側，垂片 本體5 A的竿前端側端5 C的開口緣的側面視角形狀越朝 竿根側偏移的狀態。 因此，因環狀鍔2C與可動垂片5 —同呈在與捲線器 腳載置側180°相反側的面朝竿根側偏移的形狀’所以’在 較前述的基準線Y更靠近竿根側，橡膠把手6處於進入 到竿根側並露出之狀態。 藉由這樣的結構，將捲線器腳10A與座基體2 一同 握持的手指之拇指部分成爲貼在橡膠把手6 ’不易感到壓 迫感。 再者，如圖1及圖4所示’可動垂片5是藉由與環狀 鍔2 C抵接，被限制朝固定垂片3的存在側之移動。即’ 可動垂片5之被裝設於捲線器腳揷入用保持部5a的腳按 壓體5B的左右兩側端是抵接於環狀鍔2C的上端’並且 垂片本體5A的竿前端側端5C也抵接於環狀鍔2C，而被 限制朝固定垂片3側之移動。Next, the rubber handle 6 as a handle covering body will be described. As shown in Fig. 2 and Fig. 4 to Fig. 8, the rubber handle 6 is a cylindrical body made of rubber such as NBR, and has a rounded escape hole 6A so that it is attached to the mount 2D. The fixing tab 3 protrudes from the rubber handle 6. The portion 6C which is closer to the distal end side than the detachment hole 6A of the rubber handle 6 is a tapered cylindrical shape which is formed to have a smaller diameter as the opening portion 6b closer to the distal end side. Further, a root portion 6D having a cylindrical shape is formed in the root portion of the rubber handle 6, and a mounting surface portion 6c having an arc shape toward the root portion of the rubber handle 6 is formed on the root side portion 6D; The two lateral sides of the 6C are recessed toward the yoke core direction, and the closer to the end portion on the side of the mounting surface portion 6c, the smaller the left and right intervals are in the middle of the left and right inclination of the dish in an upwardly inclined state. Concave face (an example of a lateral side) 〇 6d. When the rubber handle 6 is attached to the predetermined position by the intermediate inclined recessed surface portion 6d, the obliquely inclined concave surface 2e formed on the base body 2 and the obliquely inclined surface 6D of the rubber handle 6 are connected without a step. With. As shown in Fig. 5 to Fig. 8, on the side opposite to 180 on the side where the separation hole 6A is present, a projection portion 6B which protrudes slightly outward from the other portion is provided, and surface processing is performed to buckle the projection portion 6B. The fingers are not easy to slide. That is, in order to suppress the sliding of the surface, the plough processing for forming fine unevenness is performed. -13- 201041502 A structure in which the inner peripheral surface of the protruding portion 6B is separated from the side where the hole is not formed. The three sides of the opposite side and the left and right sides are formed with a long groove 6e having a narrow width along the axis X of the ridge axis. When the rubber handle 6 is attached to the base body 2, the long groove 6e of the narrow width is externally embedded. The ridge 2a of the base body 2 is formed, the positioning of the rubber handle 6 is performed, and the structure of the winding of the rubber handle 6 is suppressed. When the rubber handle 6 configured as described above is fitted to the mount 2D from the root side opening 6a as shown in FIG. 4, the outer surface of the rubber handle f6 is joined to the outer surface of the fixed tab 3 3A is in the same plane state, and the outer edge surrounding the root side opening 6a is in contact with the annular ring 2C, so that the outer surface of the rubber handle 6 is in the same surface as the outer surface of the annular ring 2C. As shown in FIG. 4 and FIG. 6, in the state in which the rubber handle 6 is attached to the mount 2D, the front end side mounting surface 2A, the root side mounting surface 2B, and the mounting surface portion 6c of the rubber handle 6 are formed. The foot is placed on the foot in a direction along the axis X of the ankle. As shown in Fig. 6(a), the lateral width of the foot-mounting surface is formed so as to be narrower as the lateral width of the portion located in the middle I is narrower in the direction along the 竿 axis X. The two lateral sides of the distal end side mounting surface 2A and the root side loading surface 2B are not formed as circular arc surfaces, but may be formed upward by the front end side inclined concave surface 2e'. The inclined surface is such that the outer diameter of the portion corresponding to the both sides thereof can be reduced, and in the direction along the 竿 axis of the foot loading surface, the closer to the middle portion, the more the width is reduced Since it is narrow, it is possible to hold the front end side foot portion 10a of the reel foot 10A attached to the base body 2, and the crotch base side leg portion 1a and the base body 2 with the same -14-201041502 It becomes easy to hold. As will be described later, when the rubber handle 6 is attached to the arcuate surface 2g, the intermediate inclined recessed surface 6d formed in the rubber handle 6 is inclined toward the front end side of the ridge tip end side. e has no continuous state of the step, so the situation of pressing the fingers and the palm is small. 'When the fishing group is thrown or pulled, the hand does not become painful and the burden is small. The description relates to the movable tab 5. As shown in Fig. 2 to Fig. 9, the movable tab 0 5 is equipped with a tabular body 5A made of lightweight metal such as aluminum or titanium, and a retainer for holding the reel of the reel which is built in the tab body 5A. A foot pressing body 5B made of rubber or synthetic resin of 5a. The leg pressing body 5B is formed in a slightly arc shape, and is attached to the reel gripping holding portion 5a. The crotch portion 5b protrudes toward the distal end side end of the tab main body 5A, and protrusions 5c are provided at the left and right central portions. The projection 5c is fitted into the disengagement hole 5d formed in the top portion of the tab main body 5A, whereby the positioning of the foot pressing body 5B is performed. The G-foil body 5A is a portion of a three-quarter arc which is externally fitted to the base body 2 as a cross-sectional shape thereof as shown in Fig. 9, and an archer (arched)-shaped reel pedal. The longitudinally elliptical shape in which the holding portion 5A is integrally formed is integrally formed by a molding die. As described above, the tab body 5A is formed integrally with a molding die, and has not been shown to have high moldability in close contact with the outer peripheral surface of the base member 2, so that the tab body 5 A may be mounted at a predetermined position. , vibration is generated in the circumferential direction. Therefore, the offset motion suppression mechanism C is provided to suppress the vibration. -15-201041502 This is the first description of the mounting structure of the tab body 5A and the foot pressing body 5B, and then the offset motion suppressing mechanism C will be described. That is, as shown in Fig. 9, in the vicinity of the connecting portion of the three-quarter-three-arc-shaped portion of the tab main body 5A and the arching (bow-shaped) reel-input holding portion 5a, Upper step portion 5e. Further, in the leg pressing body 5B, a downward step portion 5g is formed on the outer surface ' near the lower left and right end portions. When the foot pressing body 5B is inserted into the reel footing holding portion 5a of the tab main body 5A, the downward step portion 5g of the leg pressing body 5B abuts upward from the upper side of the tab body 5A. The difference portion 5e is used to mount and support the foot pressing body 5B. At the lower end portions of the left and right sides of the leg pressing body 5B, the thin portion 5h of the thin portion extends downward, and the crotch portion 5h has a structure in which the thickness is gradually reduced toward the lower side. Further, the outer surface of the seat base 2 corresponding to the crotch portion 5h is formed as described above, and the root-side inclined concave surface 2f having a dish shape inclined upward is formed. Further, the crotch portion 5h is in contact with and blocked by the crotch-side recessed surface 2f, and the lower end portion of the crotch portion 5h is sandwiched and fixed by the tab main body 5A and the outer peripheral surface of the base body 2. Here, the crotch portion 5 h is referred to as an abutment portion. The slanted concave surface 2 f of the root side is referred to as a receiving portion. The offset operation suppressing mechanism c is constituted by the crotch portion (contact portion) 5h and the crotch side inclined concave surface (receiving portion) 2f'. With this configuration, even if the movable tab 5 is to be rotated in the circumferential direction together with the foot pressing body 5B, the lower end portion of the crotch portion 5h is sandwiched and fixed by the tab main body 5A and the outer peripheral surface of the base body 2, thereby suppressing the rotation. . Therefore, the vibration of the movable tab 5 in the circumferential direction is suppressed, so that the finger holding the cylindrical reel base B becomes stable. In the case of the tab body 5A' made of metal or rubber, the arm portion 5h' is formed by the resin body or the rubber body 5'5, and the offset motion suppressing mechanism C is formed. Even if there is a slight solid error in the outer peripheral surface of the tab main body 5A and the base body 2, the 'deformation force of the resin or rubber of the foot pressing body 5B' can be surely maintained by the tab body 5A. The outer peripheral surface of the base body 2 is sandwiched and fixed to the lower end portion of the crotch portion 5h, and the offset operation 0 suppressing mechanism C exhibits a good offset operation suppressing function. As shown in Fig. 2 to Fig. 6, the tab main body 5A of the movable tab 5 is formed with an intermediate diameter reduction from the reel gripping holding portion 5a of the reel retainer leg 10A toward the root side, and the outer diameter is tapered. In the portion 5j, the receiving portion 5k having a larger diameter than the outer diameter of the intermediate reduced diameter portion 5j is formed on the base side of the intermediate reduced diameter portion 5j. According to the above configuration, when the reeling foot 10A and the tubular reel seat B are held together for the fishing operation, the protruding portion 6B of the hand placed on the rubber handle 6 is restrained from moving toward the front end side of the crucible. Further, the little finger is fastened to the intermediate reduced diameter portion 5j of the movable tab 5, and the movement of the base portion 5k against the root side is suppressed, and the grip state is stabilized. As shown in FIG. 2 to FIG. 6, the annular cymbal 2C that receives the rubber handle 6 is formed around the entire peripheral surface except the tamper-side mounting surface 2B, and is formed closer to the side opposite to the root-side mounting surface 2B. 80. On the opposite side, the more offset toward the root side. With such a configuration, the root end of the rubber grip 6 that is positioned in contact with the annular weir 2C is on the side 80 of the root side mounting surface 2B. The opposite side enters the root side and is located at this location. That is, as shown in Fig. 5, the root end of the rubber handle 6 extends toward the root side of the base line 想 which is defined on the dam front end side of the ring 锷 2 C from -17 to 201041502. Further, in the movable tab 5, as shown in Figs. 5 and 7, the opening edge of the distal end side end 5C of the tab body 5 is formed to form the upper half 5f of the reel gripping holding portion 5a and The portion corresponding to the intermediate position of the lower half 5p of the seat base 2 is protruded toward the front end side of the crucible. In the lower half 5p, the opening of the front end side end 5 C of the tab main body 5 A is formed so as to be closer to the side opposite to the existing side 180° of the reel gripping holding portion 5A so as to be along the loop 锷 2C. The shape of the side view of the edge is shifted toward the root side. Therefore, the annular cymbal 2C and the movable tab 5 are in the same shape as the surface on the side opposite to the side on which the reel is placed 180° toward the root side. Therefore, it is closer to the reference line Y than the aforementioned reference line. On the root side, the rubber handle 6 is in a state of entering the root side and exposing it. With such a configuration, the thumb portion of the finger held by the cord reel 10A and the base body 2 is attached to the rubber handle 6' and is less likely to feel a pressure. Further, as shown in Figs. 1 and 4, the movable tab 5 is restricted from moving toward the presence side of the fixed tab 3 by abutting against the annular cymbal 2 C. In other words, the left and right side ends of the foot pressing body 5B of the movable tab 5 that is attached to the reel gripping holding portion 5a abut against the upper end ' of the ring-shaped crucible 2C and the distal end side of the tab body 5A. The end 5C also abuts against the annular cymbal 2C and is restricted from moving toward the side of the fixed tab 3 .
藉由這樣的結構’可動垂片5的外周面與環狀鍔2 C -18- 201041502 與橡膠把手6的外周面相連成大致相同面狀態 部分的手賦予壓迫感之情況很少。 如圖3及圖7〜圖9所示，在可動垂片5 腳揷入用保持部5A的180°相反側，設有朝內 突起5n，藉由使係合突起5n卡合於形成在設 2的竿根端的母螺紋部4之導引槽4a，利用螺 轉，讓可動垂片5沿著座基體2的軸線方向 〇 成。 如圖3、圖5及圖7所示，在座基體2之 置面2B存在側隔著竿軸芯X之相反側，形成 X凹陷之凹陷部2d。 凹陷部2d是在導引槽4A的竿前端與環 間，凹陷形成於圓周方向上的横寬大略30°位 再者，作爲凹陷部2D，在迴避可動垂片5之 內，亦可在3 0°〜90°的範圍內採用圓周方向上, 〇 設置這樣的凹陷部2d之理由如下。 即，當爲了保持捲線器腳10A而可動垂戶 體7 —同移動時，會成爲腳按壓體5B搭在形 腳1 0 A的竿根側足部1 0 A的外殼部分的傾斜] 態，所以，可動垂片5成爲被捲線器腳1 〇 A 部10a所舉起之狀態，而成爲對座基體2偏芯 於是，在可動垂片5的垂片本體5A之朝 3側的開口緣，成爲與捲線器腳揷入用保持部 的端緣咬入到座基體2的外周面的狀態。 ，對握持該 之與捲線器 突出的係合 置於座基體 帽體7的旋 可滑動地構 與竿根側載 有朝竿軸芯 狀鍔2C之 之範圍內。 干渉的範圍 之横寬。 Γ 5與螺帽 成於捲線器 S l〇b的狀 的竿根側足 之狀態。 向固定垂片 5A相反側 -19- 201041502 在座基體2的表面，選擇胺甲酸乙酯樹脂塗料、環氧 樹脂塗料等的適宜塗料，藉由刷毛、噴吹等進行塗裝。 於是，有可能引起前述相反側的端緣咬入到座基體2 的外周面的狀態、和塗装面剝離等的缺失產生。 因此，因如前述這樣形成有凹陷部2d，所以，可抑 制可動垂片5的相反側端緣咬入到座基體2的外周面的情 況產生，亦可抑制塗料剝離等的缺失產生。 〔第1實施形態之其他實施形態〕 (1) 作爲把手被覆體6，亦可非橡膠製，藉由較座 基體2的材質更軟質的材料來構成即可。 (2) 作爲把手被覆體6，亦可不具備突出部6B。在 此情況，亦可藉由具相同的厚度之橡膠把手6來構成把手 被覆體6。 (3) 作爲把手被覆體6，亦可不具備裝設於較固定 導件3更靠竿前端側之部分6C的部分。因此，亦可僅以 竿根側的部分6D來構成作爲把手被覆體6。 (4) 在上述實施形態，在橡膠把手6形成有作爲横 側部分之中間傾斜凹陷面部6d，但亦可不形成中間傾斜 凹陷面部6d，與其他部分同樣地形成爲沿著座基體2的 形狀之可自由變形的圓弧狀面。 (5) 作爲裝設於座基體2之垂片，以固定垂片3與 可動垂片5構成作爲用來保持前端側足部1 〇 A與竿根側 足部10A者，但是兩者皆可利用可動垂片5來構成。 -20- 201041502 (6 )在上述實施形態，將由連續的前端側載置面2a 與載置面部6c與竿根側載置面2B所構成的捲線器腳的足 部載置面的橫寬形成爲在沿著竿軸線X之方向越位於中 間之部分的横寬變得越窄。 但是並非一定需要將捲線器腳的足部載置面的横寬縮 窄，亦可構成爲在沿著竿軸線X方向呈一定的寬度者。 0 〔第2實施形態〕 針對第1實施形態中，將未在座基體2形成有環狀鍔 2 C之實施形態作爲第2實施形態。因此，未存在有環狀 鍔2C的部分會成爲與座基體2的其他外周面呈相同面狀 態。 〔第3實施形態〕 針對第1實施形態中，將未在座基體2裝設有橡膠把 〇 手6之實施形態作爲第3實施形態。因此，不需要有用來 裝設形成於座基體2之橡膠把手6的安裝座2D，而座基 體2的外面是以與固定導件3的外面相同面狀態來形成 的。 〔第4實施形態〕 針對第1實施形態中，將未設有偏移動作抑制機構C 之實施形態作爲第4實施形態。因此，未形成有腳按壓體 5 B的袴部5 h。 -21 - 201041502 〔第5實施形態〕 針對第1實施形態中，將未在座基體2形成有用來迴 避可動垂片5之干渉的凹陷部2d之實施形態作爲第5實 施形態。未形成有凹陷部2d之部分是形成爲與座基體2 的其他外周面呈相同面狀態。 〔第6實施形態〕 針對第1實施形態中，將未形成有橡膠把手6的突出 部6B、可動垂片5的中間縮徑部5j、和承接部5k之實施 形態作爲第6實施形態。因此，亦可在橡膠把手6，未形 成突出部6B，而將外周面形成爲呈一定之外徑者，在可 動垂片5也將相當於中間縮徑部5j與承接部5k之部分構 成爲呈一定的外徑之部分。 [產業上的利用可能性] 本願發明能夠適用於裝備有捲線器座B之磯釣竿、船 釣竿等。 【圖式簡單說明】 圖1是顯示釣竿之全體側面圖。 圖2是顯示將把手被覆體與可動垂片安裝於座基體之 前的狀態之分解斜視圖。 圖3是顯示將可動垂片安裝於座基體之前的狀態之分 -22- 201041502 解斜視圖。 圖4是顯示已將可動垂片、把手被覆體裝設於座基體 的狀態之斜視圖。 圖5是顯示將把手被覆體與可動垂片安裝於座基體之 前的狀態之分解側面圖。 圖6(a)是顯示已將可動垂片、把手被覆體裝設於 座基體的捲線器座之平面圖，（b)是顯示已將可動垂 0 片、把手被覆體裝設於座基體的捲線器座之側面圖。 圖7是顯示將把手被覆體與可動垂片安裝於座基體之 前的狀態之分解縱斷側面圖。 圖8是顯示已將可動垂片、把手被覆體裝設於座基體 的捲線器座之縱斷側面圖。 圖9是顯示已將可動垂片裝設於座基體的狀態之縱斷 正面圖。 圖10是顯示在與載置座基體之捲線器腳的竿根側足 Q 部的竿根側載置面180°相反側的表面，形成用來迴避可動 垂片之干渉的凹陷部的狀態之縱斷側面圖。 【主要元件符號說明】 2 :座基體 2A :前端側載置面 2B :竿根側載置面 2D :裝設座面 2e :前端側傾斜凹陷面 -23- 201041502 2f :竿根側傾斜凹陷面 5 :可動垂片 6 :橡膠把手（把手被覆體） 6 c :載置面部 6d :中間傾斜凹陷面部（横側部分） 1 0 A :捲線器腳 l〇a :前端側足部 l〇a :竿根側足部 X :竿軸芯（竿軸線） -24-With such a configuration, the outer peripheral surface of the movable tab 5 and the annular cymbal 2 C -18- 201041502 are connected to the outer peripheral surface of the rubber grip 6 in substantially the same surface state. As shown in Fig. 3 and Fig. 7 to Fig. 9, the inward projection 5n is provided on the opposite side of the 180° of the movable tab 5 for gripping the holding portion 5A, and the engagement projection 5n is engaged with the formation. The guide groove 4a of the female screw portion 4 at the root end of the second end is twisted, and the movable tab 5 is twisted along the axial direction of the base body 2. As shown in Fig. 3, Fig. 5 and Fig. 7, the recessed portion 2d of the X recess is formed on the side opposite to the side of the yoke core X on the side 2B of the base body 2. The recessed portion 2d is located between the front end of the guide groove 4A and the ring, and the width of the recess formed in the circumferential direction is slightly 30°. Further, as the recessed portion 2D, the movable tab 5 can be avoided. The reason why the recessed portion 2d is provided in the circumferential direction in the range of 0° to 90° is as follows. That is, when the movable body 7 is moved in the same manner to hold the reel foot 10A, the foot pressing body 5B is placed on the inclined portion of the outer casing portion 10A of the foot 10A. Therefore, the movable tab 5 is lifted by the cord reel 1 〇A portion 10a, and the susceptor base 2 is eccentric, and the opening edge of the tab body 5A of the movable tab 5 toward the third side is It is in a state of being bitten into the outer peripheral surface of the base body 2 with the end edge of the reel gripping holding portion. The slidable structure and the root side of the base body of the base body 7 are held in the range of the yoke core shank 2C. The width of the dry range. Γ 5 and the nut are in the state of the root side of the reel S l〇b. The opposite side of the fixed tab 5A -19- 201041502 A suitable coating such as an urethane resin coating or an epoxy resin coating is applied to the surface of the base 2, and is applied by brushing, blowing, or the like. Then, there is a possibility that the end edge on the opposite side bite into the outer peripheral surface of the seat base 2 and the absence of peeling of the coating surface or the like occurs. Therefore, since the recessed portion 2d is formed as described above, it is possible to suppress the occurrence of the occurrence of a defect such as peeling of the paint due to the occurrence of the occurrence of the occurrence of a peeling of the paint or the like by the fact that the opposite end edge of the movable tab 5 is bitten into the outer peripheral surface of the base member 2. [Other Embodiments of the First Embodiment] (1) The handle covering body 6 may be made of a non-rubber material and may be formed of a material that is softer than the material of the base body 2. (2) As the handle covering body 6, the protruding portion 6B may not be provided. In this case, the handle covering body 6 can also be constituted by the rubber handle 6 having the same thickness. (3) The handle covering body 6 may not include a portion that is attached to the portion 6C on the distal end side of the fixed guide member 3. Therefore, it is also possible to constitute the handle covering body 6 only by the portion 6D on the root side. (4) In the above embodiment, the rubber handle 6 is formed with the intermediate inclined recessed surface portion 6d as the lateral side portion. However, the intermediate inclined recessed surface portion 6d may not be formed, and may be formed along the shape of the base body 2 as the other portions. Freely deformed arcuate surface. (5) As the tab attached to the base body 2, the fixed tab 3 and the movable tab 5 are configured to hold the distal end side 1 〇A and the shin side 10A, but both can be used. It is constructed by the movable tab 5 . -20- 201041502 (6) In the above embodiment, the lateral width of the foot mounting surface of the reel foot formed by the continuous distal end side mounting surface 2a and the mounting surface portion 6c and the root side mounting surface 2B is formed. The width of the portion which is located in the middle in the direction along the axis X of the crucible becomes narrower. However, it is not always necessary to narrow the width of the foot mounting surface of the reel foot, or it may be configured to have a constant width along the X-axis direction. [Second Embodiment] In the first embodiment, an embodiment in which the annular 锷 2 C is not formed in the base body 2 is used as the second embodiment. Therefore, the portion where the annular crucible 2C is not present is in the same plane state as the other outer peripheral surface of the base member 2. [Third Embodiment] In the first embodiment, an embodiment in which the rubber handle 6 hand 6 is not attached to the base body 2 is used as the third embodiment. Therefore, it is not necessary to have the mount 2D for mounting the rubber handle 6 formed on the base body 2, and the outer surface of the base body 2 is formed in the same surface as the outer surface of the fixed guide 3. [Fourth Embodiment] In the first embodiment, an embodiment in which the offset operation suppressing mechanism C is not provided is described as the fourth embodiment. Therefore, the crotch portion 5 h of the foot pressing body 5 B is not formed. [Embodiment 5] In the first embodiment, an embodiment in which the depressed portion 2d for avoiding the dryness of the movable tab 5 is not formed in the base member 2 is the fifth embodiment. The portion where the depressed portion 2d is not formed is formed in the same surface state as the other outer peripheral surface of the base member 2. [Embodiment 6] In the first embodiment, the embodiment in which the protruding portion 6B of the rubber grip 6 is not formed, the intermediate reduced diameter portion 5j of the movable tab 5, and the receiving portion 5k are used as the sixth embodiment. Therefore, in the rubber handle 6, the protruding portion 6B is not formed, and the outer peripheral surface is formed to have a constant outer diameter. The movable tab 5 also has a portion corresponding to the intermediate reduced diameter portion 5j and the receiving portion 5k. A part of a certain outer diameter. [Industrial Applicability] The present invention can be applied to a fishing rod equipped with a reel seat B, a fishing rod, and the like. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a side view showing the entire fishing rod. Fig. 2 is an exploded perspective view showing a state in which the handle covering body and the movable tab are attached to the base body. Fig. 3 is a perspective view showing a state before the movable tab is attached to the base of the base -22-201041502. Fig. 4 is a perspective view showing a state in which a movable tab and a handle covering body are attached to a base body. Fig. 5 is an exploded side view showing a state in which the handle covering body and the movable tab are attached to the base body. Fig. 6 (a) is a plan view showing the cord reel seat in which the movable tab and the handle covering body are attached to the base body, and Fig. 6 (b) is a winding line showing the movable flap and the handle covering body mounted on the base body. Side view of the base. Fig. 7 is an exploded longitudinal side view showing a state in which the handle covering body and the movable tab are attached to the base body. Fig. 8 is a longitudinal side view showing the cord reel seat in which the movable tab and the handle covering body are attached to the base body. Fig. 9 is a longitudinal front view showing a state in which the movable tab is attached to the base body. Fig. 10 is a view showing a state on the side opposite to the side of the root side mounting surface of the root portion Q of the threader foot of the mount base, which is formed to avoid the dry portion of the movable tab. Longitudinal side view. [Description of main component symbols] 2: Seat base 2A: Front end side mounting surface 2B: Base side mounting surface 2D: Mounting seat surface 2e: Front end side inclined recessed surface -23- 201041502 2f : Rooted side inclined concave surface 5 : movable tab 6 : rubber handle (handle cover) 6 c : mounting face 6d : middle inclined recessed face (lateral side) 1 0 A : reel foot l〇a : front end foot l〇a :竿root side foot X: 竿 axis (竿 axis) -24-