201212814 六、發明說明： 【發明所屬之技術領域】 本發明，是有關於電動捲線器’特SiJ 的電動捲線器。 【先前技術】 電動捲線器，已知是例如從冰結的湖 黃瓜魚等的小魚釣起時所使用的小型電動 電動捲線器，具備：裝設有被稱爲尖牺年 彈力的釣竿的捲線器本體、及被配置於捲 線的捲筒、及使捲筒旋轉的馬達、及被配 的側部將馬達的驅動導通（ON )、斷開（ 作部。在這種電動捲線器中，藉由將開 ON)操作使馬達驅動而使捲筒旋轉來捲取 且，在這種電動捲線器中，將釣線捲 ，具有：當開關操作部被1次導通（ON ) 轉，當開關操作部再度被1次導通（ON ) 止，即連續地將釣線的捲起的連續開關； 部被導通（ON )操作時使馬達旋轉，開 通（ON )操作時使馬達停止，即只有將: 間導通（ON )操作時才將釣線捲起的微: 如，具有連續開關的電動捲線器，已知在 側部配置1個開關（右開關，右自動開關 本體的左側部配置1個開關（左開關，左 是，捲取釣線用 上和圓頂船上將 捲線器。這種的 的比較短且具有 線器本體捲取釣 置於捲線器本體 OFF)的開關操 關操作部導通（ 釣線。 起的開關操作部 操作時使馬達旋 操作時使馬達停 及只有開關操作 關操作部未被導 操作開關預定時 動開關兩種。例 捲線器本體的右 )、或在捲線器 自動開關）（例201212814 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to an electric reel of an electric reel "Sie SiJ". [Prior Art] The electric reel is known as a small electric electric reel used for fishing from a small fish such as an iced lake cucumber fish, and is equipped with a fishing rod called a sharp sacrifice. The reel body, the reel disposed on the reel, the motor that rotates the reel, and the side portion to be equipped are electrically connected (ON) and disconnected (in the electric reel, The reel is wound by rotating the motor by driving the ON) operation, and in the electric reel, the fishing line is wound, and when the switch operation portion is turned ON once, when the switch is turned The operation unit is turned ON once again, that is, the continuous switch that continuously winds up the fishing line; when the part is turned ON (ON), the motor is rotated, and when the ON (ON) operation is performed, the motor is stopped, that is, only : Micro-winding of the fishing line during the ON (ON) operation: For example, an electric reel with a continuous switch, it is known to arrange one switch on the side (right switch, one on the left side of the right automatic switch body) Switch (left switch, left is, take the fishing line up and the dome The upper reel is provided. The switch operation unit that is relatively short and has the thread main body reeling and is placed in the reel body OFF) is turned on (fishing line. When the switch operation unit is operated, the motor is rotated. When the motor is stopped and only the switch operation is closed, the operation switch is not scheduled to be operated when the switch is predetermined. For example, the right side of the reel body or the automatic switch of the reel (for example)
S -5- 201212814 如專利文獻1、非專利文獻1參照）。且，具有微動開關的 電動捲線器，已知在捲線器本體的右側部配置1個開關（ 右標準開關）、或在捲線器本體的左側部配置1個開關（ 左標準開關）（例如非專利文獻1參照）。且，具有連續 開關及微動開關的電動捲線器，已知在捲線器本體的上部 配置1個連續開關及2個微動開關（例如專利文獻2參照） [先行技術文獻] [專利文獻] [專利文獻1]日本專利第43 92627號公報 [專利文獻2]日本特開20 09-24 02 73號公報 [非專利文獻] [非專利文獻 1]網際網: http : //www.yety.jp/index.html> 【發明內容】 (本發明所欲解決的課題） 具有前述習知的連續開關或微動開關的電動捲線器， 因爲只在捲線器本體的右側部或左側部配置1個連續開關 或微動開關，所以只能使用連續開關或微動開關的其中一 方’釣者有需要各別另外準備在捲線器本體的右側部或左 側部具有連續開關的電動捲線器、及在捲線器本體的右側 部或左側部具有微動開關的電動捲線器，但準備複數電動 ⑧ -6- 201212814 捲線器對釣者而言會增加負擔。且，在捲線器本體的上部 配置1個連續開關及2個微動開關的電動捲線器’雖不需要 準備複數電動捲線器就可以使用連續開關或微動開關，但 是因爲在捲線器本體的上部的預定的位置配置連續開關及 微動開關，所以有需要由與將捲線器本體的側部把持的手 指不同的手指進行操作’因此，會發生開關操作部的操作 性下降。且，在此電動捲線器中，因爲相同功能的微動開 關被配置2個，而另外需要配置開關和開關的空間，因此 會導致捲線器大型化、捲線器製造成本增大。 本發明的課題，是對於電動捲線器，不會使捲線器大 型化，就可提高開關操作部的操作性。 (用以解決課題的手段） 發明1的電動捲線器，是捲取釣線的電動捲線器，具 備：捲線器本體、及捲筒、及馬達、及捲線器控制部、及 第1開關操作部、及第2開關操作部、及開關模式切換手段 。捲筒，是可旋轉自如地被支撐於捲線器本體的捲線用者 。馬達，是使捲筒旋轉。捲線器控制部，是具有供控制馬 達的驅動用的馬達控制部。第1開關操作部，是被配置於 捲線器本體的右側部。第2開關操作部，是被配置於捲線 器本體的左側部。開關模式切換手段，是將被分配至第1 開關操作部及第2開關操作部的微動開關模式及連續開關 模式相反地切換。微動開關模式，是只有第1開關操作部 或第2開關操作部被導通（ON)操作時才使馬達旋轉，當 201212814 第1開關操作部或第2開關操作部未被導通（〇N)操作時 使馬達停止的開關模式。連續開關模式，是當第1開關操 作部或第2開關操作部被1次導通（ON)操作時使馬達旋 轉’當第1開關操作部或第2開關操作部再度被1次導通（ ON )操作時就使馬達停止的開關模式。 在此電動捲線器中，開關模式切換手段，是將分別被 分配至被配置於捲線器本體的右側部的第1開關操作部及 被配置於捲線器本體的左側部的第2開關操作部的微動開 關模式及連續開關模式相反地切換。在此，藉由開關模式 切換手段’切換：第1開關操作部被分配到微動開關模式 且第2開關操作部被分配到連續開關模式的狀態、及第1開 關操作部被分配到連續開關模式且第2開關操作部被分配 到微動開關模式的狀態。在此，因爲只要第1開關操作部 及第2開關操作部的2個開關操作部，就可以切換成：微動 開關模式及連續開關模式、及連續開關模式及微動開關模 式，所以不需要如習知另外配置相同功能的開關，因此， 不會使捲線器大型化。且，因爲第1開關操作部是被配置 於捲線器本體的右側部，第2開關操作部是被配置於捲線 器本體的左側部，所以可以由與將捲線器本體的側部把持 的手指相同的手指進行第1開關操作部及第2開關操作部操 作，所以可以提高開關操作部的操作性。 發明2的電動捲線器，是如發明1的電動捲線器，進一 步具備被配置於捲線器本體的切換開關操作部。開關模式 切換手段，是對應切換開關操作部的操作，使捲線器控制 -8 - 201212814 部將被分配至第1開關操作部及第2開關操作部的微動開關 模式及連續開關模式相反地切換的控制的手段。此情況， 藉由釣者的切換開關操作部的操作，就可容易地將被分配 至第1開關操作部及第2開關操作部的微動開關模式及連續 開關模式相反地切換。 發明3的電動捲線器，是如發明1或2的在電動捲線器 ，第1開關操作部及第2開關操作部，是各別被配置於捲線 器本體的左右側部的成爲對稱的位置。此情況’第1開關 操作部及第2開關操作部因爲是被配置於捲線器本體的左 右側部的成爲對稱的位置’所以可以由釣者的右手或左手· 的相同手指進行操作。 發明4的電動捲線器，是如發明1至3的其中任一的電 動捲線器，捲線器本體，是形成可由單手把持整體的大小 。第1開關操作部及第2開關操作部，是各別被配置於可由 姆指或食指操作的捲線器本體的左右側部。此情況，捲線 器本體整體因爲成爲可由單手把持的大小的小型的電動捲 線器，所以例如將捲線器本體載置在釣魚用的台座和船緣 等的狀態下可以由釣者的右手或左手的姆指或食指進行操 作。 發明5的電動捲線器，是如發明1至4的其中任一的電 動捲線器，進一步具備被設在捲線器本體的顯示部。捲線 器控制部，是進一步具有顯示控制部，其是至少將表示在 第1開關操作部及第2開關操作部是被分配到微動開關模式 還是連續開關模式的圖形顯示於顯示部。此情況’因爲在 -9 - 201212814 顯示部至少顯示供表示在第1開關操作部及第2開關操作部 是被分配到微動開關模式還是連續開關模式用的圖形，所 以釣者可以容易地辨認現在的開關模式。 [發明的效果] 依據本發明，在電動捲線器中，因爲藉由開關模式切 換手段，就可以將被分配至被配置於捲線器本體的右側部 將的第1開關操作部及被配置於捲線器本體的左側部的第2 開關操作部的微動開關模式及連續開關模式相反地切換， 所以不會使捲線器大型化，可以提高開關操作部的操作性 【實施方式】 本發明的一實施例所採用的電動捲線器，是如第1圖 〜第3圖所示，例如，從冰結的湖上和圓頂船上將黃瓜魚 等的小魚釣時所使用的小型的電動捲線器。此電動捲線器 ，具備：將被稱爲尖端竿的比較短且具有彈力的釣竿R裝 設於前部的捲線器本體1、及被配置於捲線器本體1的右上 前部並將釣線L捲取的捲筒2、及被配置於捲線器本體1的 內部使捲筒2旋轉的馬達3 (第10圖及第14圖參照）、及被 配置於捲線器本體1的右側部及左側部供將馬達3的驅動導 通（ON)、斷開（OFF)的第1開關操作部4及第2開關操 作部5、及被配置於捲線器本體1的上面將各種的資訊顯示 的顯示部6、及被配置於捲線器本體1的上面的顯示部6的 201212814 後部進行開關模式等的切換設定的第3開關操作部7及第4 開關操作部8、及被配置於捲線器本體丨的上面的顯示部6 的前部將朝馬達3的捲筒2的旋轉傳達導通（ON)、斷開 (OFF)的離合器操作部9。且，在捲線器本體1的前部， 形成有供裝設釣竿R且呈筒狀突出的釣竿裝設部la，供被 設在釣線L的停止器S (第17圖參照）接觸來停止釣線L的 捲取用的停止器導引構件10，是可裝卸自如地被裝設在釣 竿裝設部la及釣竿R的基端部外周。在這種電動捲線器中 ’藉由將第1開關操作部4及第2開關操作部5導通（ON) 操作將馬達3驅動使捲筒2旋轉來將釣線L捲取。又，在此 電動捲線器中，釣線L的捲取是只有藉由馬達3的驅動使捲 筒2旋轉而被進行，不具備由手動旋轉捲筒2用的操作桿等 〇 捲線器本體1，是如第1圖〜第3圖所示，形成可由單 手把持整體的大小，且在藉由將合成樹脂製的複數殼構件 組裝而形成的內部具有收納空間的前後長的框狀構件。捲 線器本體1，是如第1圖〜第3圖所示，具有：從右下前部 朝前方突出供裝設釣竿R的圓筒狀的釣竿裝設部la、及右 上前部比其他的部分更凹陷形成且供配置捲筒2的捲筒收 納凹部lb。釣竿裝設部la，是如第4圖及第6圖的放大顯示 ’在從捲線器本體1的捲筒收納凹部lb的下部朝前方突出 的圓筒狀的部分，將釣竿R裝設固定在內周部，將捲取釣 線L時供被設在釣線L的停止器S (第1 7圖參照）接觸來停 止釣線L的捲取用的停止器導引構件1 〇可裝卸自如地被裝 201212814 設在外周部。 停止器導引構件10’是如第4圖及第5圖所示，將金屬 製的線材構件曲折形成的構件。停止器導引構件〗〇，是如 弟5圖所不，具有·使釣線L可一邊朝橫方向移動一邊通過 且只與停止器S接觸而不能通過地橫長形成的接觸孔部1 〇 a 、及從接觸孔部l〇a的下部中央朝下方延伸的第1連結部 l〇b、及從接觸孔部10a的下部中央朝傾斜前下方延伸的第 2連結部10c、及在第1連結部i〇b的下部呈圓環狀形成並可 裝卸自如地裝設於釣竿裝設部la的外周部的第1裝設部10d 、及在第2連結部10c的下部呈圓環狀形成並可裝卸自如地 裝設於釣竿R的基端側外周部的第2裝設部l〇e。接觸孔部 10a、第1連結部10b、第2連結部10c、第1裝設部i〇d及第2 裝設部l〇e’是將1條金屬製的線材構件曲折地被一體成型 。接觸孔部l〇a，是如第4圖所示，成爲與捲筒2的捲線部 分同程度的橫寬度的方式呈橫長形成的橢圓形的孔部，使 釣線L可一邊朝橫方向移動一邊通過。且，接觸孔部10a， 是如第1 7圖所示，上下寬度是形成比停止器S的直徑更小 ，因此，停止器S只會與接觸孔部10a接觸而不會通過接觸 孔部l〇a。且，第1裝設部10d，如第2圖〜第4圖所示，是 被裝設於大徑的釣竿裝設部la的外周部，第2裝設部10e， 是被裝設於小徑的釣竿R的基端部外周，第1裝設部l〇d的 直徑，是形成比第2裝設部l〇e的直徑更大。且，在釣竿裝 設部la的下部，如第6圖所示，形成有朝下方膨出的膨出 部lc，在膨出部lc的外周部，形成有沿著釣竿裝設部la的 ⑧ -12- 201212814 外周部形成的圓弧狀的第1溝部Id。在此第1溝部id中，裝 設有停止器導引構件10的第1裝設部l〇d的下部，由此，停 止器導引構件10可限制朝前後方向的移動，使停止器導引 構件10被止脫。進一步’在釣竿裝設部la的上方，如第6 圖所不，形成有從捲線器本體1的前部朝前方突出的第1突 出部le及第2突出部If’在第1突出部le及第2突出部lf之間 ，形成有停止器導引構件10的第1連結部l〇b的下部可插通 的第2溝部lg。在此，如第4圖所示，停止器導引構件10的 第1連結部l〇b因爲被插通第2溝部lg，所以停止器導引構 件1 〇被限制朝左右方向的移動，使停止器導引構件1 〇在預 定的位置被止轉。 欲將這種停止器導引構件10安裝於電動捲線器及釣竿 R時’首先，如第6圖所示，在已從釣竿裝設部ia取下釣竿 R的狀態下，將停止器導引構件10的第1裝設部l〇d裝設在 釣竿裝設部1 a的外周部。此時，如第4圖所示，使停止器 導引構件10的第1連結部l〇b插通第1突出部le及第2突出部 If之間的第2溝部lg的方式進行定位之後，將停止器導引 構件10的第1裝設部l〇d壓入裝設於膨出部lc的第1溝部id 。且，在第1溝部Id裝設有第1裝設部10d的狀態下，將釣 竿R的基端部插通停止器導引構件10的第2裝設部10e之後 將釣竿R插入固定於釣竿裝設部la。欲將停止器導引構件 10從電動捲線器及釣竿R取下時，進行與安裝作業相反的 程序即可。 接著，如第16圖所示，在電動捲線器及釣竿R安裝了 201212814 停止器導引構件ι〇狀態下，在將捲附捲筒2的釣線L從後朝 前方插通停止器導引構件10的接觸孔部10a之後’從釣線L 的先端側插通停止器s。停止器s，是在中央部形成有比釣 線L的直徑稍大徑的釣線插通孔的大致球狀的串珠’其是 比停止器導引構件10的接觸孔部l〇a的孔部大徑的構件。 因此，停止器S只會與接觸孔部l〇a接觸而不會通過接觸孔 部10a。且，停止器S，是比被安裝於釣竿R的外周部的最 後側的導引環G的孔部更大徑的構件。因此停止器S只會與 最後側的導引環G接觸而不會通過最後側的導引環G。因 此，停止器S，是在停止器導引構件10及最後側的導引環G 之間可前後移動。且，將釣線L的先端插通被安裝於釣竿R 的外周部的複數導引環G，在釣線L的先端安裝已組裝好釣 組Η的母線Μ。在釣線L及母線Μ之間，是形成有節K，節K 雖是無法插通停止器S的釣線插通孔，但是節Κ可插通複數 導引環G。 在此狀態下將釣線捲起起來的話，節Κ會插通最後側 的導引環G，而節Κ與停止器S接觸。進一步，將釣線捲起 起來的話，節Κ會將停止器S朝向停止器導引構件10的接觸 孔部10a按壓，如第17圖所示，停止器s是藉由與停止器導 引.構件10的接觸孔部10a接觸而使釣線L的捲取被停止。此 時，釣組Η因爲是停止於釣竿R的先端的前方，所以釣組Η 不會捲入最前側的導引環G。因此，藉由設置這種停止器 導引構件10，可防止釣組Η捲入捲筒2。 捲筒2，是如第1圖〜第3圖所示’捲線器本體1的右上 ⑧ -14 - 201212814 前部是可旋轉地被支撐於被裝設於比其他的部分更凹陷形 成的捲筒收納凹部1 b的側部的捲筒軸1 1 (第7圖參照）’ 使整體被配置於捲筒收納凹部lb內。且，在捲筒收納凹部 lb的捲筒2的下部，如第3圖、第4圖及第7圖所示，爲了防 止釣線L從捲筒2朝捲筒收納凹部lb的側部側落下使釣線L 纏繞在捲筒軸11，而形成由與捲筒2的外形相面對的方式 被立設的複數柱狀的肋所構成的壁部lh。壁部lh，因爲是 將被立設在捲筒收納凹部1 b的側部側底部的複數柱狀的肋 連續地配置而階段狀地形成，並將捲筒2的下部外周整體 覆蓋的方式被配置，所以被捲取在捲筒2的釣線L可藉由壁 部lh防止落下至捲筒收納凹部lb的側部側。進一步，在此 ，因爲由複數柱狀的肋構成壁部lh，所以可防止因壁部lh 的板厚的厚層化使樹脂成型時所産生的皴紋等的壁部1 h的 變形，而導致壁部1 h及捲筒2及位置尺寸不穩定。 捲筒2，是如第11圖及第12圖所示，具有：在外周捲 附釣線L的筒狀的捲線胴部2a、及在捲線胴部2a的一端朝 徑方向外方突出設置的第1凸緣部2b、及在捲線胴部2a的 另一端朝徑方向外方突出設置的第2凸緣部2c、及貫通捲 線胴部2a的內周部使捲筒軸1 1被插通的貫通孔2e、及沿著 第1凸緣部2b的徑方向將外周部及貫通孔2e連通的方式形 成並裝設有釣線卡止部20的裝設溝2d。捲線胴部2a，是比 捲筒軸11稍爲大徑的筒狀構件。在第1凸緣部2b的捲筒收 納凹部1 b的側部相對面，如第1 1圖所示，被接合固定有2 個磁鐵26。2個磁鐵26 ’是被配置於與被裝設於捲線器本 -15- 201212814 體1的內部的無圖示的簧片開關相面對的位置，供檢出捲 筒2的旋轉數用。在貫通孔26中，如第η圖及第12圖所示 ，將釣線卡止部20的基端部20b卡止在貫通孔2e之後，從 第1凸緣部2b側的開口使第1軸承構件21被壓入固定，從第 2凸緣部2c側的開口裝設好軸環構件23之後，從第2凸緣部 2c側的開口使第2軸承構件22被壓入固定》第1軸承構件21 及第2軸承構件22，是滚珠軸承，其外周部是被壓入固定 於貫通孔2e，內周部是被固定於捲筒軸η。軸環構件23, 是被配置在第1軸承構件21及第2軸承構件22之間的隔片， 在內周部爲供捲筒軸11插通的筒狀構件。在捲筒軸η的先 端部中’使螺帽構件24被螺入，並藉由〇形環25被防止鬆 脫。螺帽構件24，是如第13圖的放大顯示，具有：供形成 於捲筒軸11的先端部外周的螺紋部11a螺合的螺孔2 4a、及 在螺孔24a的開口側形成比螺孔24a大徑且使Ο形環25在被 壓縮狀態下被裝設於內周部的貫通孔24b、及使貫通孔24 b 的開口側內周部稍爲朝內側突出的內凸緣部24c。內凸緣 部24c及捲筒軸1 1之間的間隙，是形成比〇形環25的直徑稍 小’因此，在將Ο形環2 5卡止在貫通孔24b的內周部的狀態 下會被捲筒軸11插通。 釣線卡止部20，是如第1圖〜第3圖、第11圖及第12圖 所示’基端部2 Ob是被卡止於捲筒2的貫通孔2e，先端部 2〇c是露出捲筒2的第1凸緣部2b的外周部地被配置，在先 端部20c及捲筒2的第1凸緣部2b的外周部之間可將釣線L挾 持的金屬製的線材構件。釣線卡止部20，是如第2圖、第3 ⑧ -16- 201212814 圖及第11圖所示，將1條線材構件曲折成爲2條的線材形狀 的方式形成，同一形狀具備3個’ 3個釣線卡止部20是裝設 於等間隔地被配置的3處的裝設溝2d。釣線卡止部2〇，是 如第12圖所示，具有：被裝設於裝設溝2d的本體部20a、 及在本體部20a的基端側被一體成型的基端部20b、及在本 體部20a的先端側被一體成型的先端部20c »本體部20a， 是被裝設於裝設溝2d的直線狀的部分，且被接合固定在裝 設溝2d。基端部20b，是使貫通孔2e的一部分從第1凸緣部 2b的裝設溝2d沿著由釣線卡止部2〇的厚度凹陷形成的凹陷 部2f被曲折，藉此，釣線卡止部20的基端部20b，是被卡 止於貫通孔2e。先端部20c，是從第1凸緣部2b的裝設溝2d 沿著第1凸緣部2b的外緣部曲折彎曲的方式形成。在先端 部2 0c及第1凸緣部2b的外周部之間生成些微的間隙，使釣 線L可被挾持於此間隙。 欲將這種捲筒2及釣線卡止部20組裝時，首先，準備 釣線卡止部20，其是預先將1條線材構件曲折成爲2條的線 材形狀的方式形成，將先端部20c從第1凸緣部2b的裝設溝 2d沿著第1凸緣部2b的外緣部的形狀的方式曲折，將基端 部20b從第1凸緣部2b的裝設溝2d沿著貫通孔2e的凹陷部2f 的形狀的方式曲折。在此狀態下，如第12圖所示，將釣線 卡止部20的基端部20b及本體部20a裝設在第1凸緣部2b的 裝設溝2d，將釣線卡止部20的基端部2〇b卡止在貫通孔2e 。接著，藉由接合劑將被裝設於第1凸緣部2b的裝設溝2d 的釣線卡止部20的本體部20a固定。且，從第1凸緣部2b側 201212814 的開口將第1軸承構件21壓入固定於貫通孔2e，從第2凸緣 部2c側的開口將軸環構件23裝設之後，從第2凸緣部2(；側 的開口將第2軸承構件22壓入固定於貫通孔2ee接著，將 捲筒軸1 1依第2軸承構件22、軸環構件23、第1軸承構件21 的順序插通，藉由將Ο形環25卡止在貫通孔24b的內周部的 狀態的螺帽構件24的螺孔24a螺合於捲筒軸η的先端部的 螺紋部11a，使捲筒2可旋轉地被支撐於捲筒軸η ^ 馬達3，是被配置於捲線器本體1的內部，藉由將馬達 3的旋轉傳達至捲筒軸11，使捲筒2旋轉。在此旋轉傳達機 構內’具有無圖示的離合器機構，藉由離合器操作部9( 第1圖參照）的導通（ON)、斷開（OFF )操作，使旋轉 傳達被導通（ON )、斷開（OFF )。馬達3，是如第14圖 所示’被裝設於由鋼板形成的馬達支架40，藉由將被裝設 於馬達支架40的馬達3及馬達支架40—起與捲筒軸11接觸 、背離’來進行離合器的導通（ON)、斷開（OFF )。如 此將馬達3安裝在馬達支架40時，如第15圖放大顯示，藉 由將馬達支架4〇的卡合突起40a曲折卡合在預先形成於馬 達3的卡合溝3a的方式進行固定。在此，藉由使用預先形 成在馬達3的卡合溝3a’就不需要爲了將馬達3安裝在馬達 支架40而將馬達3加工。且，預先形成在馬達3的凹部和溝 部’是在將馬達3安裝在馬達支架40之前，藉由塗抹矽膠 或貼附膠帶塞住’由此’可以使馬達3防水。 第1開關操作部4，是如第1圖〜第3圖所示，被配置於 捲線器本體1的右側部，將馬達3的驅動導通（ON )、斷 ⑧ -18- 201212814 開（OFF )的開關。第2開關操作部5，是如第i圖所示，被 配置於捲線器本體1的左側部將馬達3的驅動導通（ON) 、斷開（OFF)的開關。第1開關操作部4及第2開關操作部 5 ’是如第1圖所示，各別被配置於捲線器本體1的左右側 部的成爲對稱的位置。捲線器本體1，是形成可由單手把 持整體的大小。第1開關操作部4及第2開關操作部5，是各 別被配置於可由姆指或食指操作的捲線器本體的左右側部 。具體而言，由左手操作的情況時，可由姆指操作第1開 關操作部4 ’可由食指操作第2開關操作部5。且，由右手 操作的情況時’可由食指操作第1開關操作部4，可由姆指 操作第2開關操作部5。在迫種第1開關操作部4及第2開關 操作部5中’進行馬達3驅動的開關模式是被分配成微動開 關模式及連續開關模式的2個開關模式。具體而言，微動 開關模式，是只有第1開關操作部4或第2開關操作部5被導 通（ON)操作時才使馬達3旋轉，第1開關操作部4或第2 開關操作部5未被導通（ON)操作時使馬達3停止的開關 模式。且’連續開關模式，是當第1開關操作部4或第2開 關操作部5被1次導通（ON)操作時就使馬達3旋轉，當第 1開關操作部4或第2開關操作部5再度被1次導通（on)操 作時就使馬達3停止的開關模式。且，藉由同時按壓第3開 關操作部7及弟4開關操作部8，將分別被分配至被配置於 捲線器本體1右側部的第1開關操作部4及被配置於捲線器 本體1左側部的第2開關操作部5的微動開關模式及連續開 關模式相反地切換。這種開關模式的切換，是如後述若捲 S' -19- 201212814 線器控制部30 (第10圖參照）檢出第3開關操作部7及第4 開關操作部8同時被按壓的話，藉由進行使捲線器控制部 3〇將微動開關模式或連續開關模式的功能分配至第1開關 操作部4及第2開關操作部5的控制’來切換開關模式。 顯示部6，是如第1圖所示，被配置於捲線器本體1的 上面，將各種的資訊由區段方式顯示的液晶顯示器，被配 置於離合器操作部9及第3開關操作部7及第4開關操作部8 之間。顯示部6，是如第8圖及第9圖放大顯示，具有：被 配置於上部將釣組的水深顯示的水深顯示部6a、及被配置 於水深顯示部6a的下部左側將電池的殘量顯示的電池殘量 顯示部6b、及被配置於水深顯示部6a的下部中央當第1開 關操作部4是微動開關模式時將R的圖形（第8圖參照）顯 示且當第2開關操作部5是微動開關模式時將L的圖形（第9 圖參照）顯示的供顯示第1開關操作部4及第2開關操作部5 的狀態的開關操作部狀態顯示部6c、及被配置於水深顯示 部6a的下部右側供顯示捲筒2的旋轉速度的速度顯示部6d 。在此，如第8圖所示，在開關操作部狀態若顯示部6c顯 示R的圖形時，表示第1開關操作部4爲微動開關模式，並 顯不第2開關操作部5爲連續開關模式。且，如第9圖所示 ’在開關操作部狀態若顯示部6 c顯示L的圖形時，表示第2 開關操作部5爲微動開關模式，第1開關操作部4爲連續開 關模式。 第3開關操作部7及第4開關操作部8，是如第1圖所示 ’被配置於捲線器本體1的上面供進行開關模式等的切換 ⑧ -20- 201212814 設定的開關。第3開關操作部7及第4開關操作部8，是被配 置於顯示部的後部，使第3開關操作部7位在右側，並使第 4開關操作部8位在左側的方式被並列配置。在此，藉由同 時按壓第3開關操作部7及第4開關操作部8，將分別被分配 至被配置於捲線器本體1右側部的第1開關操作部4及被配 置於捲線器本體1左側部的第2開關操作部5的微動開關模 式及連續開關模式相反地切換。 在捲線器本體1的內部，包含配置有內含CPU、RAM 、ROM、I/O介面等的微電腦的捲線器控制部30 (第10圖 參照）。捲線器控制部3 0，是如第1 0圖所示，連接有：第 1開關操作部4、第2開關操作部5、如第3開關操作部7及第 4開關操作部8的各種開關操作部、及檢出捲筒2的旋轉方 向及旋轉數（旋轉位置資料）用的捲筒感測器4 1及捲筒計 數器42、及檢出流動於馬達3的電流値的電流値檢出部44 、及隨著控制程式進行馬達3的驅動控制的馬達控制部3 1 、及進行顯示部6的顯示控制的顯示控制部3 2、及將各種 資料記憶的記憶部43、及其他的輸入出部。捲筒感測器4 1 ，是由呈前後被並列配置的2個簧片開關所構成。簧片開 關，是供檢出被裝設於捲筒2的2個磁鐵26。藉由捲筒計數 器42計數此檢出脈衝就可以檢出捲筒2的旋轉數。且，藉 由檢出其中任一的簧片開關是否先發出脈衝，就可以檢出 捲筒2的旋轉方向。捲筒計數器42，是將捲筒感測器41的 通斷（ON/OFF )次數計數的計數器，藉由此計數値可獲 得有關於捲筒旋轉數的旋轉位置資料。捲筒計數器42,若 21 _ 201212814 捲筒2朝正轉（線吐出方向的旋轉）的話計數値會減少， 逆轉的話會增加。記億部43是由例如EEP ROM等的不揮發 記憶體所構成，可記憶學習結果的資料和在線長算出時所 使用的各種的資料等。電流値檢出部44，是檢出流動於馬 達3的電流値的電流測量感測器。馬達控制部3 1，是藉由 自動地使馬達3的驅動停止於對應捲筒2的旋轉數的預定的 位置（例如使釣組Η位於釣竿R的先端部位置即停止船緣位 置）來實現停止釣線L捲取的船緣停止功能。具體而言， 馬達控制部31，是當由捲筒計數器42被檢出的捲筒2的旋 轉數成爲預先被設定的使馬達3的驅動停止的捲筒2的旋轉 數的預定的範圍（例如船緣停止位置預定的距離）內時， 藉由電流値檢出部44對應流動於被檢出的馬達3的電流， 進行使馬達3的驅動停止的控制。在此，在預先被設定的 船緣停止位置的預定的範圍內時，例如大的電流若流動於 馬達3時，即大的負荷若發生於馬達3時因爲可以停止馬達 3的驅動，所以停止器S會朝停止器導引構件1〇被強力地引 入，而可防止停止器S及停止器導引構件10破損。 在此電動捲線器中，藉由同時按壓第3開關操作部7及 ’ 操 8 關 部開 作 1則第 0 ^開2 4II 第右 體 本 器 線 捲 於 置 配 被 至 配 分 被 別 分 將 部 側 左 fi 本 器 線 捲 於 置 配 被 及 4 部 乍 第換 的切 開部 續作 連操 及關 式開 模 3 關第 壓 勖按 微時 的同 5 由 部 作 操 關 開 藉 此 在 7 地操 反關 mi 式 4 漠第 及 態 狀 的 式 模 4 開 部續 作連 操到 關配 開分 第5¾ KH : 咅 換作 切操 ’ 關 158開 0 2 作第 模 關 開 mm 微 到 配 分 被 第 及 且開 式 ⑧ -22- 201212814 關操作部4被分配到連續開關模式且第2開關操作部5被分 配到微動開關模式的狀態。在此，因爲只要第1開關操作 部4及第2開關操作部5的2個開關操作部，就可以切換成： 微動開關模式及連續開關模式、及連續開關模式及微動開 關模式’所以不需要如習知另外配置相同功能的開關，因 此，不會使捲線器大型化。且，因爲第1開關操作部4是被 配置於捲線器本體1的右側部，第2開關操作部5是被配置 於捲線器本體1的左側部，所以可以由與將捲線器本體1的 側部把持的手指相同的手指（姆指及食指）操作第1開關 操作部4及第2開關操作部5，因此可以提高開關操作部的 操作性。 [其他的實施例] (a) 在前述實施例中，雖藉由同時按壓第3開關操作 部7及第4開關操作部8，將被分配至第1開關操作部4及第2 開關操作部5的微動開關模式及連續開關模式相反地切換 ，但是只有設置例如1個切換開關，藉由將此切換開關按 壓壓操作進行切換的構成也可以。 (b) 在前述實施例中，藉由同時按壓第3開關操作部 7及第4開關操作部8，使捲線器控制部30是進行將開關模 式切換的控制，但是例如將第1開關操作部4及第2開關操 作部5、或從捲線器控制部30朝第1開關操作部4及第2開關 操作部5的配線部，各別作爲1個組件從捲線器本體1取下 ，將這些的組件左右相反地安裝等，由硬體將微動開關模S -5-201212814 is referred to as Patent Document 1 and Non-Patent Document 1). Further, in an electric reel having a micro switch, it is known that one switch (right standard switch) is disposed on the right side of the reel body, or one switch (left standard switch) is disposed on the left side of the reel body (for example, non-patent Reference 1). In the electric reel having a continuous switch and a micro switch, it is known that one continuous switch and two micro switches are disposed on the upper portion of the reel body (for example, refer to Patent Document 2) [Prior Art Document] [Patent Literature] [Patent Literature] Japanese Patent Publication No. 43 92627 [Patent Document 2] Japanese Laid-Open Patent Publication No. Hei. No. 20 09-24 02 73 [Non-Patent Document] [Non-Patent Document 1] Internet: http://www.yety.jp/index .html> [Problem to be Solved by the Invention] An electric reel having the above-described conventional continuous switch or micro switch, since only one continuous switch or fretting is disposed on the right side or the left side of the reel body Switch, so only one of the continuous switches or microswitches can be used. 'The fisherman needs to separately prepare an electric reel with a continuous switch on the right or left side of the reel body, and on the right side of the reel body or The electric reel with a micro switch on the left side, but preparing a plurality of electric 8 -6- 201212814 reel will increase the burden on the fisherman. Moreover, an electric reel in which one continuous switch and two micro switches are disposed on the upper portion of the reel body can use a continuous switch or a micro switch without preparing a plurality of electric reels, but because of the reservation on the upper portion of the reel body Since the continuous switch and the micro switch are disposed at the position, it is necessary to operate the finger different from the finger held by the side portion of the reel body. Therefore, the operability of the switch operation portion is lowered. Further, in this electric reel, since two jog switches of the same function are arranged, and a space for the switch and the switch is additionally required, the reel is enlarged, and the reel manufacturing cost is increased. An object of the present invention is to improve the operability of the switch operating portion without reducing the size of the cord reel for the electric reel. (Means for Solving the Problem) The electric reel of the invention 1 is an electric reel that winds up a fishing line, and includes a reel body, a reel, a motor, a reel control unit, and a first switch operation unit. And a second switch operation unit and a switch mode switching means. The reel is a reel that is rotatably supported by the reel body. The motor is to rotate the reel. The reel control unit is a motor control unit for driving the control motor. The first switch operating portion is disposed on the right side portion of the reel body. The second switch operating portion is disposed on the left side portion of the reel body. The switching mode switching means switches the micro switch mode and the continuous switch mode assigned to the first switch operation portion and the second switch operation portion in reverse. In the micro switch mode, the motor is rotated only when the first switch operation unit or the second switch operation unit is turned on (ON), and the first switch operation unit or the second switch operation unit is not turned on (〇N) when 201212814 is operated. The switch mode that stops the motor. In the continuous switching mode, when the first switch operation unit or the second switch operation unit is turned ON for one time, the motor is rotated. When the first switch operation unit or the second switch operation unit is turned on once again (ON) The switching mode that stops the motor during operation. In the electric reel, the switch mode switching means is respectively assigned to the first switch operation portion disposed on the right side portion of the reel body and the second switch operation portion disposed on the left side portion of the reel body. The micro switch mode and the continuous switch mode are reversely switched. Here, the switch mode switching means 'switches: the first switch operation unit is assigned to the micro switch mode, the second switch operation unit is assigned to the continuous switch mode, and the first switch operation unit is assigned to the continuous switch mode. And the second switch operation unit is assigned to the state of the micro switch mode. Here, since the two switch operation units of the first switch operation unit and the second switch operation unit can be switched to the micro switch mode, the continuous switch mode, the continuous switch mode, and the micro switch mode, It is known that a switch having the same function is additionally provided, so that the reel is not enlarged. Further, since the first switch operation portion is disposed on the right side portion of the reel body, and the second switch operation portion is disposed on the left side portion of the reel body, it can be the same as the finger held by the side portion of the reel body. Since the finger operates the first switch operation unit and the second switch operation unit, the operability of the switch operation unit can be improved. The electric reel according to Invention 2 is the electric reel according to Invention 1, and further includes a changeover switch operating portion disposed in the reel body. The switch mode switching means switches the microswitch mode and the continuous switch mode of the first switch operation unit and the second switch operation unit in response to the operation of the changeover switch operation unit, and the reel control -8 - 201212814 Means of control. In this case, the operation of the changeover switch operating portion of the fisherman can easily switch the microswitch mode and the continuous switch mode assigned to the first switch operating portion and the second switch operating portion in reverse. The electric reel according to the invention of the first aspect of the invention is the electric reel, the first switch operating portion and the second switch operating portion, which are disposed symmetrically at the right and left side portions of the reel body. In this case, the first switch operating portion and the second switch operating portion can be operated by the same finger of the right hand or the left hand of the fisherman because they are placed at the symmetrical position of the right side portion of the reel body. The electric reel of Invention 4 is the electric reel according to any one of Inventions 1 to 3, and the reel body is formed to be sized to be held by one hand. The first switch operating portion and the second switch operating portion are respectively disposed on the left and right side portions of the reel body that can be operated by the thumb or forefinger. In this case, since the entire reel body is a small electric reel that can be gripped by one hand, for example, the reel body can be placed in the right or left hand of the fisherman in a state in which the reel body is placed on the pedestal for fishing and the rim. The thumb or forefinger is operated. The electric reel according to any one of Inventions 1 to 4, further comprising a display unit provided on the reel body. The reel control unit further includes a display control unit that displays at least a graphic indicating whether the first switch operation unit and the second switch operation unit are assigned to the micro switch mode or the continuous switch mode on the display unit. In this case, the display unit at least displays the pattern indicating whether the first switch operation unit and the second switch operation unit are assigned to the micro switch mode or the continuous switch mode, so that the fisherman can easily recognize the present. Switch mode. [Effects of the Invention] According to the present invention, in the electric reel, the first switch operation unit disposed on the right side portion of the reel body and the reel can be disposed on the winding line by the switch mode switching means. Since the micro switch mode and the continuous switch mode of the second switch operation portion on the left side of the main body are reversely switched, the size of the reel is not increased, and the operability of the switch operation unit can be improved. [Embodiment] An embodiment of the present invention As shown in Figs. 1 to 3, the electric reel used is, for example, a small electric reel used for fishing for small fish such as cucumber fish from an iced lake and a dome boat. The electric reel includes a reel body 1 in which a relatively short and elastic fishing rod R called a tip end is attached to the front portion, and a right upper front portion of the reel body 1 and a fishing line L. The wound reel 2 and the motor 3 (refer to FIGS. 10 and 14) that are disposed inside the reel body 1 to rotate the reel 2, and the right side and the left side of the reel body 1 are disposed. The first switch operation unit 4 and the second switch operation unit 5 that turn on and off the drive of the motor 3, and the display unit 6 that displays various kinds of information on the upper surface of the reel body 1 And the third switch operation unit 7 and the fourth switch operation unit 8 that are set to switch the switch mode or the like at the rear of the display unit 6 of the display unit 6 disposed on the upper surface of the reel unit 1, and are disposed on the upper surface of the reel body 丨The front portion of the display unit 6 transmits a clutch operating portion 9 that is turned "ON" and "OFF" toward the rotation of the spool 2 of the motor 3. Further, in the front portion of the reel body 1, a fishing rod mounting portion 1a for projecting the fishing rod R and protruding in a cylindrical shape is formed, and is stopped by the stopper S (refer to FIG. 17) provided on the fishing line L. The stopper guiding member 10 for winding up the fishing line L is detachably attached to the outer periphery of the base end portion of the fishing rod mounting portion 1a and the fishing rod R. In the electric reel, the motor 3 is driven to rotate the reel 2 by the operation of turning on the first switch operation portion 4 and the second switch operation portion 5 to wind up the fishing line L. Further, in the electric reel, the reeling of the fishing line L is performed only by the rotation of the reel 2 by the driving of the motor 3, and the reel reel body 1 such as an operating lever for manually rotating the reel 2 is not provided. As shown in FIG. 1 to FIG. 3, a frame-shaped member having a front-rear length in which a housing space is formed by assembling a plurality of synthetic resin-made member members by a single hand is formed. As shown in FIGS. 1 to 3, the reel body 1 has a cylindrical fishing rod mounting portion 1a that protrudes forward from the lower right front portion and a fishing rod R, and the upper right front portion is different from the other. The portion is further recessed and is provided with a reel housing recess lb of the reel 2 . The fishing rod mounting portion 1a is a cylindrical portion that protrudes forward from the lower portion of the spool housing recess lb of the reel body 1 as shown in the fourth and sixth figures, and the fishing rod R is fixed to the fishing rod R. In the inner peripheral portion, when the fishing line L is wound up, the stopper guide member 1 for winding up the fishing line L is stopped by contact with the stopper S (refer to FIG. 7) provided on the fishing line L. The ground cover is installed at the outer perimeter of 201212814. The stopper guiding member 10' is a member formed by bending a metal wire member as shown in Figs. 4 and 5. The stopper guiding member 〇 是 是 具有 , , , 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触 接触a and a first connecting portion 10b extending downward from the center of the lower portion of the contact hole portion 10a, and a second connecting portion 10c extending from the lower center of the contact hole portion 10a toward the front and lower sides of the contact hole portion 10a, and the first The lower portion of the connecting portion i〇b is formed in an annular shape, and is detachably attached to the first mounting portion 10d of the outer peripheral portion of the fishing rod mounting portion 1a, and is formed in an annular shape at a lower portion of the second connecting portion 10c. The second mounting portion 10e that is attached to the outer peripheral portion of the proximal end side of the fishing rod R is detachably attached. The contact hole portion 10a, the first connecting portion 10b, the second connecting portion 10c, the first mounting portion i〇d, and the second mounting portion 10e' are integrally formed by bending one metal wire member. The contact hole portion 10a is an elliptical hole portion which is formed to be horizontally long so as to have a lateral width equal to the winding portion of the reel 2, and the fish line L can be oriented in the lateral direction. Move on one side. Further, as shown in FIG. 7, the contact hole portion 10a has a vertical width which is smaller than the diameter of the stopper S. Therefore, the stopper S only comes into contact with the contact hole portion 10a without passing through the contact hole portion 1. 〇a. As shown in FIGS. 2 to 4, the first mounting portion 10d is attached to the outer peripheral portion of the fishing rod mounting portion 1a having a large diameter, and the second mounting portion 10e is mounted on the small portion. The outer circumference of the base end portion of the fishing rod R of the diameter, the diameter of the first mounting portion 10d is formed to be larger than the diameter of the second mounting portion 10e. In the lower portion of the fishing rod mounting portion 1a, as shown in Fig. 6, a bulging portion 1c that is bulged downward is formed, and in the outer peripheral portion of the bulging portion 1c, 8 is formed along the fishing rod mounting portion 1a. -12- 201212814 The arcuate first groove portion Id formed in the outer peripheral portion. In the first groove portion id, the lower portion of the first installation portion 10d of the stopper guide member 10 is attached, whereby the stopper guide member 10 can restrict the movement in the front-rear direction and guide the stopper. The lead member 10 is stopped. Further, above the fishing rod mounting portion 1a, as shown in Fig. 6, a first protruding portion le and a second protruding portion If' protruding from the front portion of the reel body 1 are formed in the first protruding portion. Between the second protruding portions lf, a second groove portion lg into which the lower portion of the first connecting portion 10b of the stopper guiding member 10 can be inserted is formed. Here, as shown in FIG. 4, since the first connecting portion 10b of the stopper guiding member 10 is inserted into the second groove portion lg, the stopper guiding member 1 is restricted from moving in the left-right direction, so that the movement of the stopper guiding member 1 is restricted. The stopper guiding member 1 is stopped at a predetermined position. When the stopper guide member 10 is to be attached to the electric reel and the fishing rod R, first, as shown in Fig. 6, the stopper is guided in a state where the fishing rod R has been removed from the fishing rod mounting portion ia. The first mounting portion 10d of the member 10 is attached to the outer peripheral portion of the fishing rod mounting portion 1a. At this time, as shown in FIG. 4, after the first connecting portion 10b of the stopper guiding member 10 is inserted into the second groove portion lg between the first protruding portion le and the second protruding portion If, the positioning is performed. The first mounting portion 10d of the stopper guiding member 10 is pressed into the first groove portion id attached to the bulging portion 1c. In the state in which the first installation portion 10d is attached to the first groove portion Id, the base end portion of the fishing rod R is inserted into the second attachment portion 10e of the stopper guide member 10, and the fishing rod R is inserted and fixed to the fishing rod. Installation unit la. When the stopper guiding member 10 is to be removed from the electric reel and the fishing rod R, a procedure opposite to the mounting operation may be performed. Next, as shown in Fig. 16, in the state where the electric reel and the fishing rod R are mounted with the 201212814 stopper guiding member ι, the fishing line L of the winding reel 2 is guided from the rear to the front through the stopper. After the contact hole portion 10a of the member 10, the stopper s is inserted from the tip end side of the fishing line L. The stopper s is a substantially spherical bead in which a fishline insertion hole having a diameter slightly larger than the diameter of the fishline L is formed in the center portion, which is a hole larger than the contact hole portion 10a of the stopper guide member 10. The components of the large diameter. Therefore, the stopper S only comes into contact with the contact hole portion 10a without passing through the contact hole portion 10a. Further, the stopper S is a member having a larger diameter than the hole portion of the guide ring G attached to the rearmost side of the outer peripheral portion of the fishing rod R. Therefore, the stopper S is only in contact with the guide ring G on the last side without passing through the guide ring G on the rear side. Therefore, the stopper S is movable forward and backward between the stopper guiding member 10 and the leading side guide ring G. Further, the front end of the fishing line L is inserted into the plurality of guide rings G attached to the outer peripheral portion of the fishing rod R, and the bus bar of the fishing rod assembly is attached to the tip end of the fishing line L. Between the fishing line L and the bus bar, a knot K is formed, and although the knot K is a fishline insertion hole through which the stopper S cannot be inserted, the throttle can be inserted into the plurality of guide rings G. When the fishing line is rolled up in this state, the throttling is inserted into the guide ring G on the last side, and the thrift is in contact with the stopper S. Further, if the fishing line is rolled up, the throttling will press the stopper S toward the contact hole portion 10a of the stopper guiding member 10, as shown in Fig. 17, the stopper s is guided by the stopper. The contact hole portion 10a of the member 10 comes into contact to stop the winding of the fishing line L. At this time, since the fishing group stops in front of the tip end of the fishing rod R, the fishing group 不会 does not get caught in the leading side guide ring G. Therefore, by providing such a stopper guiding member 10, it is possible to prevent the fishing group from being caught in the reel 2. The reel 2 is as shown in Figs. 1 to 3, and the upper portion of the reel body 1 is 8-14-201212814. The front portion is rotatably supported by a reel which is installed to be recessed more than other portions. The spool shaft 1 1 (refer to FIG. 7) that accommodates the side portion of the recess 1 b is disposed in the entire drum housing recess lb. In the lower portion of the reel 2 of the reel housing recess lb, as shown in FIGS. 3, 4, and 7 , the fishing line L is prevented from falling from the reel 2 toward the side of the reel housing recess lb. The fishing line L is wound around the spool shaft 11 to form a wall portion lh composed of a plurality of columnar ribs that are erected so as to face the outer shape of the spool 2. The wall portion lh is formed by continuously arranging a plurality of columnar ribs that are erected on the side of the side of the side of the reel housing recess 1b, and is formed in a stepwise manner, and the entire outer periphery of the lower portion of the reel 2 is covered. Since it is disposed, the fishing line L taken up in the reel 2 can be prevented from falling to the side of the side of the reel housing recess lb by the wall portion lh. Further, since the wall portion lh is formed by a plurality of columnar ribs, it is possible to prevent deformation of the wall portion 1h such as crepe which is generated during resin molding due to the thickening of the thickness of the wall portion 1h. The wall portion 1 h and the reel 2 and the position size are unstable. As shown in FIG. 11 and FIG. 12, the reel 2 has a cylindrical winding portion 2a to which the fishing line L is wound around the outer circumference, and a projecting portion which is protruded outward in the radial direction at one end of the winding portion 2a. The first flange portion 2b and the second flange portion 2c projecting outward in the radial direction at the other end of the winding bobbin portion 2a and the inner peripheral portion of the winding bobbin portion 2a are inserted into the spool shaft 1 1 The through hole 2e and the installation groove 2d in which the fishline locking portion 20 is attached are formed so as to communicate the outer peripheral portion and the through hole 2e along the radial direction of the first flange portion 2b. The winding dam portion 2a is a cylindrical member having a slightly larger diameter than the spool shaft 11. As shown in FIG. 1 , the two magnets 26 are joined and fixed to the side opposing surface of the roll housing recess 1 b of the first flange portion 2 b. The two magnets 26 ′ are disposed and mounted. In the position where the reed switch (not shown) of the inside of the body 1 is facing the reel, this is for detecting the number of rotations of the reel 2. In the through hole 26, as shown in FIG. 11 and FIG. 12, the base end portion 20b of the fishline locking portion 20 is locked to the through hole 2e, and the first opening from the first flange portion 2b side is made first. After the bearing member 21 is press-fitted and fixed, the collar member 23 is attached from the opening on the second flange portion 2c side, and the second bearing member 22 is pressed and fixed from the opening on the second flange portion 2c side. The bearing member 21 and the second bearing member 22 are ball bearings, and the outer peripheral portion thereof is press-fitted and fixed to the through hole 2e, and the inner peripheral portion is fixed to the spool axis η. The collar member 23 is a spacer disposed between the first bearing member 21 and the second bearing member 22, and is a cylindrical member through which the spool shaft 11 is inserted at the inner peripheral portion. The nut member 24 is screwed in the leading end portion of the spool shaft η and is prevented from being loosened by the 〇 ring 25. The nut member 24 is an enlarged view of Fig. 13, and has a screw hole 24a that is screwed to the screw portion 11a formed on the outer periphery of the tip end portion of the spool shaft 11, and a snail formed on the opening side of the screw hole 24a. The through hole 24b having the large diameter of the hole 24a and being attached to the inner peripheral portion in the compressed state, and the inner flange portion 24c which slightly protrudes inward from the inner peripheral portion of the opening side of the through hole 24b. . The gap between the inner flange portion 24c and the spool shaft 1 1 is formed to be slightly smaller than the diameter of the cymbal ring 25. Therefore, the yoke ring 25 is locked in the inner peripheral portion of the through hole 24b. It will be inserted by the reel shaft 11. The fishline locking portion 20 is the through hole 2e that is locked to the spool 2, and the tip end portion 2〇c, as shown in Figs. 1 to 3, 11 and 12 It is a metal wire which is disposed so that the outer peripheral portion of the first flange portion 2b of the reel 2 is disposed, and the fishing line L can be held between the tip end portion 20c and the outer peripheral portion of the first flange portion 2b of the reel 2 member. The fishing line locking portion 20 is formed by twisting one wire member into two wire shapes as shown in FIG. 2, FIG. 3 8-16-201212814 and FIG. 11, and has three in the same shape. The three fishing line locking portions 20 are installation grooves 2d that are installed at three places that are arranged at equal intervals. As shown in Fig. 12, the fishing line locking portion 2 includes a main body portion 20a that is attached to the installation groove 2d, and a base end portion 20b that is integrally formed on the proximal end side of the main body portion 20a, and The tip end portion 20c of the main body portion 20a integrally formed on the tip end side of the main body portion 20a is a linear portion that is attached to the mounting groove 2d, and is joined and fixed to the mounting groove 2d. The base end portion 20b is formed such that a part of the through hole 2e is bent from the mounting groove 2d of the first flange portion 2b along the recessed portion 2f formed by the thickness of the fishline locking portion 2〇, whereby the fishing line is bent. The base end portion 20b of the locking portion 20 is locked to the through hole 2e. The tip end portion 20c is formed to be meanderly bent from the installation groove 2d of the first flange portion 2b along the outer edge portion of the first flange portion 2b. A slight gap is formed between the tip end portion 20c and the outer peripheral portion of the first flange portion 2b, so that the fishing line L can be held in the gap. When the reel 2 and the fishing line locking portion 20 are to be assembled, first, the fishing line locking portion 20 is formed in such a manner that one wire member is bent into two wire shapes in advance, and the leading end portion 20c is formed. The installation groove 2d of the first flange portion 2b is bent along the shape of the outer edge portion of the first flange portion 2b, and the base end portion 20b is passed through the installation groove 2d of the first flange portion 2b. The shape of the recessed portion 2f of the hole 2e is meandered. In this state, as shown in FIG. 12, the base end portion 20b and the main body portion 20a of the fishline locking portion 20 are attached to the installation groove 2d of the first flange portion 2b, and the fishing line locking portion 20 is attached. The base end portion 2〇b is locked in the through hole 2e. Next, the main body portion 20a of the fishing line locking portion 20 attached to the installation groove 2d of the first flange portion 2b is fixed by a bonding agent. The first bearing member 21 is press-fitted and fixed to the through hole 2e from the opening of the first flange portion 2b side 201212814, and the collar member 23 is attached from the opening on the second flange portion 2c side, and then the second convex portion is attached. The edge portion 2 (the opening on the side presses and fixes the second bearing member 22 to the through hole 2ee, and then the spool shaft 1 1 is inserted in the order of the second bearing member 22, the collar member 23, and the first bearing member 21. The screw hole 24a of the nut member 24 in a state in which the cymbal ring 25 is locked to the inner peripheral portion of the through hole 24b is screwed to the screw portion 11a at the tip end portion of the spool shaft η, so that the spool 2 can be rotated. The ground is supported by the spool shaft η ^ motor 3 and is disposed inside the cord reel body 1 , and the rotation of the motor 3 is transmitted to the spool shaft 11 to rotate the spool 2 . The clutch mechanism (not shown) is turned ON (ON) or OFF (OFF) by the ON (ON) or OFF (OFF) operation of the clutch operating unit 9 (refer to FIG. 1). , as shown in FIG. 14 'is mounted on a motor bracket 40 formed of a steel plate, by a motor 3 and a motor branch to be mounted on the motor bracket 40 40—contacts the reel shaft 11 and deviates from 'to make the clutch ON (ON) and OFF (OFF). When the motor 3 is mounted on the motor bracket 40, as shown in Fig. 15, by using the motor bracket The four-inch engagement projection 40a is snap-fitted and fixed so as to be formed in advance in the engagement groove 3a of the motor 3. Here, it is not necessary to use the engagement groove 3a' formed in the motor 3 in advance. The motor 3 is processed by being mounted on the motor bracket 40. Further, the recessed portion and the groove portion formed in advance in the motor 3 are plugged by the adhesive tape or the adhesive tape before the motor 3 is mounted on the motor bracket 40. The first switch operation unit 4 is disposed on the right side of the reel body 1 as shown in FIGS. 1 to 3, and turns on and off the drive of the motor 3 (8). 201212814 ON (OFF) switch. The second switch operation unit 5 is a switch that is placed on the left side of the reel body 1 to turn ON/OFF the drive of the motor 3 as shown in Fig. i. The first switch operation unit 4 and the second switch operation unit 5' are as shown in Fig. 1, respectively. The damper main body 1 is disposed at a symmetrical position. The reel body 1 is formed to be sized to be held by one hand. The first switch operation unit 4 and the second switch operation unit 5 are individually It is disposed on the left and right side portions of the reel body that can be operated by the thumb or forefinger. Specifically, when the operation is performed by the left hand, the first switch operation portion 4' can be operated by the thumb to operate the second switch operation portion 5 from the index finger. When the operation is performed by the right hand, the first switch operation unit 4 can be operated by the index finger, and the second switch operation unit 5 can be operated by the thumb. The motor 3 is performed in the first switch operation unit 4 and the second switch operation unit 5. The driven switch mode is two switch modes that are assigned to the micro switch mode and the continuous switch mode. Specifically, in the micro switch mode, the motor 3 is rotated only when the first switch operation unit 4 or the second switch operation unit 5 is turned on (ON), and the first switch operation unit 4 or the second switch operation unit 5 is not A switch mode that stops the motor 3 when it is turned ON. In the continuous switching mode, when the first switch operation unit 4 or the second switch operation unit 5 is turned ON once, the motor 3 is rotated, and the first switch operation unit 4 or the second switch operation unit 5 is operated. The switching mode in which the motor 3 is stopped when it is once again turned on. The third switch operation unit 7 and the second switch operation unit 8 are simultaneously pressed, and are respectively assigned to the first switch operation unit 4 disposed on the right side of the reel unit 1 and disposed on the left side of the reel body 1. The micro switch mode and the continuous switch mode of the second switch operating unit 5 of the unit are reversely switched. When the switch mode is switched, the third switch operation unit 7 and the fourth switch operation unit 8 are simultaneously pressed, as described later, when the spooler control unit 30 (refer to FIG. 10) detects that the third switch operation unit 7 and the fourth switch operation unit 8 are simultaneously pressed. The switch mode is switched by the control that causes the reel control unit 3 to distribute the functions of the micro switch mode or the continuous switch mode to the first switch operation unit 4 and the second switch operation unit 5. As shown in FIG. 1, the display unit 6 is disposed on the upper surface of the reel unit 1 and displays various kinds of information in a segment type liquid crystal display, and is disposed in the clutch operation unit 9 and the third switch operation unit 7 and The fourth switch operation unit 8 is between. The display unit 6 is enlarged as shown in FIGS. 8 and 9 and has a water depth display portion 6a that is disposed on the upper portion to display the water depth of the fishing group, and a remaining portion of the battery that is disposed on the lower left side of the water depth display portion 6a. The battery remaining amount display unit 6b and the lower center of the water depth display unit 6a are displayed. When the first switch operation unit 4 is in the micro switch mode, the pattern of R (refer to FIG. 8) is displayed and the second switch operation unit is displayed. 5 is a switch operation unit state display unit 6c for displaying the state of the first switch operation unit 4 and the second switch operation unit 5 displayed in the L pattern (refer to FIG. 9) when the micro switch mode is displayed, and is disposed in the water depth display. A speed display portion 6d for displaying the rotational speed of the spool 2 is provided on the lower right side of the portion 6a. Here, as shown in FIG. 8, when the display unit 6c displays the pattern of R in the state of the switch operation unit, the first switch operation unit 4 is in the micro switch mode, and the second switch operation unit 5 is shown as the continuous switch mode. . Further, as shown in Fig. 9, when the display unit 6c displays the L pattern in the state of the switch operation unit, the second switch operation unit 5 is in the micro switch mode, and the first switch operation unit 4 is in the continuous switch mode. The third switch operation unit 7 and the fourth switch operation unit 8 are switches that are disposed on the upper surface of the reel unit 1 to switch between the switch mode and the like as shown in Fig. 1 . The third switch operation unit 7 and the fourth switch operation unit 8 are disposed in the rear portion of the display unit, and the third switch operation unit 7 is placed on the right side, and the fourth switch operation unit 8 is placed on the left side. . Here, the third switch operation unit 7 and the fourth switch operation unit 8 are simultaneously pressed, and are respectively assigned to the first switch operation unit 4 disposed on the right side of the reel unit 1 and to the reel body 1 The micro switch mode and the continuous switch mode of the second switch operating portion 5 on the left side portion are reversely switched. Inside the reel unit 1, a reel control unit 30 (refer to Fig. 10) in which a microcomputer including a CPU, a RAM, a ROM, an I/O interface, and the like is disposed is included. The reel control unit 30 is connected to the first switch operation unit 4, the second switch operation unit 5, and the third switch operation unit 7 and the fourth switch operation unit 8 as shown in FIG. The operation unit and the reel detecting unit 4 1 and the reel counter 42 for detecting the rotation direction and the number of rotations (rotational position data) of the reel 2 and the current 检 detecting the current flowing through the motor 3 are detected. The unit 44 and the motor control unit 3 1 that controls the driving of the motor 3 with the control program, the display control unit 32 that performs display control of the display unit 6, the memory unit 43 that stores various materials, and other inputs. Out. The reel sensor 4 1 is composed of two reed switches that are arranged side by side in front and rear. The reed switch is for detecting the two magnets 26 mounted on the reel 2. The number of revolutions of the reel 2 can be detected by counting the detected pulse by the reel counter 42. Further, by detecting whether any of the reed switches is pulsed first, the rotation direction of the reel 2 can be detected. The reel counter 42 is a counter that counts the number of ON/OFF times of the reel sensor 41, by which the rotation position data on the number of reels of the reel can be obtained. In the reel counter 42, if the reel 2 is rotated forward (rotation in the line discharge direction), the count 値 will decrease, and if it is reversed, it will increase. The syllabus 43 is composed of a non-volatile memory such as an EEP ROM, and can store data of learning results and various materials used for calculating the online length. The current 値 detecting portion 44 is a current measuring sensor that detects a current 流动 flowing in the motor 3. The motor control unit 31 is realized by automatically stopping the driving of the motor 3 at a predetermined position corresponding to the number of rotations of the reel 2 (for example, stopping the rim position at the leading end position of the fishing rod R). Stop the rim stop function of the fishing line L reel. Specifically, the motor control unit 31 is a predetermined range in which the number of rotations of the reel 2 detected by the reel counter 42 is set to a predetermined number of rotations of the reel 2 for stopping the driving of the motor 3 (for example, When the rim detecting position 44 is within the predetermined distance of the rim stop position, the current 値 detecting portion 44 controls the driving of the motor 3 in response to the current flowing through the detected motor 3. Here, when a predetermined current is within a predetermined range of the rim stop position, for example, when a large current flows to the motor 3, that is, when a large load occurs in the motor 3, since the driving of the motor 3 can be stopped, the stop is stopped. The stopper S is strongly introduced toward the stopper guiding member 1 ,, and the stopper S and the stopper guiding member 10 can be prevented from being damaged. In this electric reel, by pressing the third switch operating portion 7 and the 'operating 8', the first part is 0, the second is open, and the second body is wound. The left side of the left side of the unit is wound in the cutting part of the four parts and the cutting part of the four parts, and the closing type of the closing part is closed. 7 Grounding and reversing mi type 4 Indifferent and state of the model 4 Open continuation of the operation to the opening of the opening section 53⁄4 KH: 咅 change for cutting operation 'Off 158 open 0 2 for the first mode to open the mm micro The switching operation unit 4 is assigned to the continuous switching mode and the second switching operation unit 5 is assigned to the micro switch mode. Here, as long as the two switch operation units of the first switch operation unit 4 and the second switch operation unit 5 are switched, the operation can be switched between: the micro switch mode and the continuous switch mode, and the continuous switch mode and the micro switch mode. As is conventionally known, a switch having the same function is additionally provided, so that the reel is not enlarged. Further, since the first switch operation portion 4 is disposed on the right side portion of the reel body 1, and the second switch operation portion 5 is disposed on the left side portion of the reel body 1, the side of the reel body 1 can be disposed Since the first finger operation unit 4 and the second switch operation unit 5 are operated by the fingers (the thumb and the index finger) of the same fingers, the operability of the switch operation unit can be improved. [Other Embodiments] (a) In the above embodiment, the third switch operation unit 7 and the fourth switch operation unit 8 are simultaneously pressed, and are assigned to the first switch operation unit 4 and the second switch operation unit. The micro-switching mode and the continuous switching mode of 5 are reversely switched, but only one switching switch may be provided, and the configuration may be switched by pressing the switching switch. (b) In the above-described embodiment, the third switch operating unit 7 and the fourth switch operating unit 8 are simultaneously pressed, and the reel control unit 30 performs control for switching the switching mode. However, for example, the first switching operation unit is provided. 4 and the second switch operation unit 5 or the wiring portions from the cord reel control unit 30 to the first switch operation unit 4 and the second switch operation unit 5 are respectively removed as one component from the reel body 1 and these are removed. The components are mounted to the left and right, etc., and the micro switch module is controlled by the hardware.
S -23- 201212814 式及連續開關模式相反地切換的開關模式切換手段的構成 也可以。 (C )在前述實施例中，在顯示部6的開關操作部狀態 顯示部6c中，雖第1開關操作部4是微動開關模式時顯示R 的圖形，第2開關操作部5是微動開關模式時顯示L的圖形 ，但不限定於這些，第1開關操作部4是連續開關模式時顯 示L的圖形，第2開關操作部5是連續開關模式時顯示R的圖 形也可以。且’將第1開關操作部4及第2開關操作部5的雙 方的開關模式藉由微動開關模式或連續開關模式的文字作 爲顯示部6的開關操作部狀態顯示部6c顯示的構成也可以 【圖式簡單說明】 [第1圖]採用本發明的一實施例的電動捲線器的平面圖 〇 [第2圖]前述電動捲線器的右側視圖。 [第3圖]將前述電動捲線器從前方所見時的立體圖。 [第4圖]將停止器導引構件裝設在捲線器本體時的放大 立體圖。 [第5圖]前述停止器導引構件的放大立體圖。 [第6圖]前述捲線器本體的前述停止器導引構件裝設部 的放大立體圖。 [第7圖]將前述捲線器本體的捲筒取下時的放大立體圖 ⑧ -24- 201212814 [第8圖]第1開關操作部爲微動開關模式時的顯示 放大平面圖。 [第9圖]第2開關操作部是微動開關模式時的前述 部的放大平面圖。 [第10圖]前述電動捲線器的控制方塊圖。 [第11圖]前述捲筒的分解立體圖。 [第1 2圖]前述捲筒的釣線卡止部裝設部的放大剖 〇 [第13圖]前述捲筒的調整鈕構件的放大剖面圖。 [第14圖]馬達及馬達殼的放大立體圖。 [第15圖]前述馬達及前述馬達殼安裝部分的放大 圖。 [第1 6圖]將釣竿裝設於已卸下釣組狀態的前述電 線器時的右側視圖。 [第I7圖]將前述釣竿裝設在將前述釣組捲起狀態 述電動捲線器時的右側視圖。 【主要元件符號說明】 1 :捲線器本體 1 a :釣竿裝設部 1 b :捲筒收納凹部 1 C :膨出部 1 d :第1溝部 le:第1突出部 部的 顯示 面圖 立體 動捲 的前 -25- 201212814S -23- 201212814 The configuration of the switching mode switching means in which the type and the continuous switching mode are reversely switched may be used. (C) In the above-described embodiment, in the switch operation unit state display unit 6c of the display unit 6, the first switch operation unit 4 displays a pattern of R when the micro switch mode is used, and the second switch operation unit 5 is a micro switch mode. In the case of displaying the pattern of L, the pattern of L is displayed when the first switch operation unit 4 is in the continuous switch mode, and the pattern of R is displayed when the second switch operation unit 5 is in the continuous switch mode. The configuration in which the switching patterns of the first switch operation unit 4 and the second switch operation unit 5 are displayed by the switch operation unit status display unit 6c of the display unit 6 by the characters of the micro switch mode or the continuous switch mode may be used. BRIEF DESCRIPTION OF THE DRAWINGS [Fig. 1] A plan view of an electric reel according to an embodiment of the present invention. [Fig. 2] A right side view of the electric reel. [Fig. 3] A perspective view of the electric winder as seen from the front. Fig. 4 is an enlarged perspective view showing the state in which the stopper guiding member is attached to the reel body. [Fig. 5] An enlarged perspective view of the aforementioned stopper guiding member. [Fig. 6] An enlarged perspective view of the stopper guiding member mounting portion of the reel body. [Fig. 7] An enlarged perspective view when the reel of the reel body is removed. 8 - 24 - 201212814 [Fig. 8] An enlarged plan view showing the first switch operation portion in the micro switch mode. [Fig. 9] An enlarged plan view of the above-described portion when the second switch operation portion is in the micro switch mode. [Fig. 10] A control block diagram of the aforementioned electric reel. [Fig. 11] An exploded perspective view of the aforementioned reel. [Fig. 1 2] An enlarged cross-sectional view of the fishing line locking portion mounting portion of the reel [Fig. 13] an enlarged cross-sectional view of the adjusting button member of the reel. [Fig. 14] An enlarged perspective view of the motor and the motor casing. [Fig. 15] An enlarged view of the motor and the motor housing mounting portion. [Fig. 6] A right side view of the fishing rod installed in the state in which the fishing line has been removed. [Fig. I7] Fig. 1 is a right side view showing the state in which the fishing rod is mounted on the electric reel in a state in which the fishing unit is wound up. [Description of main component symbols] 1 : Reel body 1 a : Fishing rod mounting portion 1 b : Reel housing recess 1 C : Bulging portion 1 d : First groove portion le: Display surface of the first protruding portion Volume of the first -25-201212814
If :第2突出部 lg :第2溝部 1 h :壁部 2 :捲筒 2 a .捲線洞部 2b :第1凸緣部 2c :第2凸緣部 2d :裝設溝 2 e :貫通孔 2f :凹陷部 3 :馬達 3 a :卡合溝 4 :第1開關操作部 5 :第2開關操作部 6 :顯示部 6 a :水深顯示部 6b :電池殘量顯示部 6c :開關操作部狀態顯示部 6d :速度顯示部 7 :第3開關操作部 8 :第4開關操作部 9 :離合器操作部 10 :停止器導引構件 l〇a :接觸孔部 ⑧ -26- 201212814 l〇b :第1連結部 l〇c :第2連結部 l〇d :第1裝設部 l〇e :第2裝設部 1 1 ·捲同軸 1 1 a :螺紋部 2 0 :釣線卡止部 20a :本體部 20b :基端部 20c :先端部 2 1 :第1軸承構件 22 :第2軸承構件 23 :軸環構件 2 4 :螺帽構件 24a :螺孔 2 4b :貫通孔 24c :內凸緣部 25 : Ο形環 26 :磁鐵 3 0 :捲線器控制部 3 1 :馬達控制部 3 2 :顯示控制部 40 :馬達支架 40a :卡合突起If: second protruding portion lg: second groove portion 1 h: wall portion 2: reel 2 a. winding portion 2b: first flange portion 2c: second flange portion 2d: mounting groove 2e: through hole 2f : recessed portion 3 : motor 3 a : engagement groove 4 : first switch operation portion 5 : second switch operation portion 6 : display portion 6 a : water depth display portion 6b : battery residual amount display portion 6 c : switch operation portion state Display unit 6d: speed display unit 7: third switch operation unit 8: fourth switch operation unit 9: clutch operation unit 10: stopper guide member l〇a: contact hole portion 8 -26-201212814 l〇b: 1 connection part l〇c : 2nd connection part l〇d: 1st mounting part l〇e: 2nd mounting part 1 1 · Coaxial coaxial 1 1 a : Thread part 2 0 : Fishing line latching part 20a : Main body portion 20b: base end portion 20c: tip end portion 2 1 : first bearing member 22 : second bearing member 23 : collar member 2 4 : nut member 24 a : screw hole 2 4b : through hole 24 c : inner flange portion 25 : Ο ring 26 : magnet 3 0 : reel control unit 3 1 : motor control unit 3 2 : display control unit 40 : motor bracket 40 a : snap protrusion
S -27- 201212814 4 1 :捲筒感測器 42 :捲筒計數器 4 3 :記憶部 44 :電流値檢出部 G :導引環 Η :釣組 Κ :節 L :釣線 Μ :母線 R :釣竿 5 :停止器 -28S -27- 201212814 4 1 : Reel sensor 42 : Reel counter 4 3 : Memory unit 44 : Current 値 detection part G : Guide ring Η : Fishing group Κ : Section L : Fishing line Μ : Bus R : Fishing Rod 5: Stopper-28