200918434 九、發明說明： 【發明所屬之技術領域】 本發明係關於一種具有雙層之卷線裝置。 【先前技術】 一般而言，卷線裝置包括：供給線之導絲輥（godet roller);複數個橫動導紗器（traverse guide)，其等週期 性地往復移動固定寬度，以引導自上述導絲輥供給之 線；橫動凸輪（traverse cam )，其用以使上述橫動導紗 器於預先設定之移動寬度内往復移動；以及筒管夾 (bobbin holder )，其設置有複數個筒管（bobbin )’以 可捲繞由上述橫動導紗器所引導之線。此處，上述筒管 夾分別設置於一個旋轉鼓輪（revolution drum )之上部、 下部，藉此，當上部之筒管滿卷時，下部之筒管一面移 動至上部一面進行新的卷線作業。 另一方面，為提高如上所述之卷線裝置之生產性， 通常研究及開發有實現高速化及增多捲繞個數之方 法。為此，提高上述筒管夾之旋轉速度，且增加上述筒 管夾之長度而設置更多之筒管。 然而，存在以下問題：當上述筒管夾之旋轉速度達 到一定速度以上時，會頻繁斷線，並且震動現象變得嚴 重而產生捲繞不良。 又，於增加筒管夾之長度時亦存在以下問題：由於 筒管夾之端部遠離旋轉驅動點，因此旋轉過程中端部之 200918434 而無法正常地進行卷線。 震動變得非常嚴重 【發明内容】 [發明所欲解決之問題] 本I月係為解決先前之問題點而開發者，其目的在 =供:種具有雙層之卷線裝置，該卷線裝置設置有兩 二丁卷線之層，可於相同時間内將卷線量提高至兩 倍。 日月之另—目的在於提供-種具有雙層之卷線 裝置’該卷線裝置可防止懸臂（eantiiever)形態之筒管 夹下垂至下。卩’從而可提高旋轉時之安全性加 夾之長度。 [解決問題之技術手段] 為達成上述目的，本發明之具有雙層之卷線裝置的 特徵在於包括：第—層，於導絲輥之下部設置有可上、 Γ多動蚊距離之滑動盒，於上述滑動盒上，彼此水平 罪近地設置有牢固地捲繞線之摩擦輥盒及將線引導向 特定方向之橫動凸輪盒’於上述滑動盒之下部，安裝有 複數㈣管夹’以將由上述橫動凸輪盒所引導之線捲繞 至筒官上’且設置有旋轉鼓輪’該旋轉鼓輪當筒管滿卷 時旋轉固定角度而使線自動地連續捲繞至空筒管上，於 上述旋轉鼓輪之下部-側設置有自筒管夾去除滿捲筒 官之第-推動元件；以及第二層，於上述第一層之下部 設置有可上、下移動固定距離之滑動盒，於上述滑動盒 200918434 上，彼此水平靠近地 、複數個同官夹，以將由上 導之線捲繞至筒其μ 勒凸輪I所引 各η $ % t ± B 5又置有旋轉鼓輪，該旋轉鼓輪 田同u切旋轉固定角度而 ， 空筒管上，於上什浐喆士“ 表曰勒地逑，，男捲繞至 、述疋轉豉輪之下部一側設置有自筒管决 去除滿捲筒管之第二推動元件； =動凸輪盒，對於上述滑動盒:二 向方疋轉+ 1 〜+50ή6·**4·、 的方式而汉置，上述第二層摩 及橫動凸輪盒，以相針於，、十〜人 I厚㈣凰 M , c〇 相對於上述滑動盒之垂直移動方向旋 轉-1〜-5。的方式而設 之旋轉鼓輪的中心與上述第 轉鼓輪的中心位於互不相同的垂直線上„ 上述同官夾包括：馬達’其一端形成有滑輪，而另 -端形成有聯結器；軸，其結合於上述馬達之聯結器， 且^内部結合有複數個滑動塊及錐形片；中心鍵帽，其 s狀、、、σ 5於上述軸之端部；以及托座，其經由軸承而 結合於上述中心錠帽之内部。 於上述筒管失之馬達中之滑輪上，進而結合有軔。 上述軔包括.托架，纟固定於主架上；軔臂，其經 ^螺f而可旋轉地結合於上述托架；_，其設置於上 軔I之表面’且可與上述滑輪接觸及分離；角鋼，其 作為上述軔臂之Ύ端而結合於上述主架；以及氣缸，其 200918434 在結合於上述角鋼之 軔臂推向上述滑輪。、^成犬起，從而將上述 安裝於上述第一層中之第一推動 吕夹之下端設置有板，且 、这柯 行地設置有固定轴，於二士f板並與上述筒管夾平 有氣缸及浐叙缸 、上述固疋軸之相反側平行地設置 推動器，以將插人且於氣t及㈣軸之端部安裝有 推向一側，上述H筒管夹中之滿捲筒管或不良筒管 上。 11移動轴結合於固定在上述板上之襯套 -動=於上述第二層中之第二推動元件具備平板狀 所包覆的-對氣紅，==^之，緣安裝有由内罩 ==使内部罩可自由地前、後移動，自上述 Y方結合有固定長度之外罩，於上述外罩 2 後方設置有輕，以使内部罩可自由地前、後移 前方安裝有推動器，以將滿捲筒管 於上述滑動導軌之中央’進而設置有用以引導上述 塑膠滾珠軸承之平柘刑道品^ 丨—上这 外冃^ 於上述平板型導執之兩側 卜周緣進而設置有用以引導上述輥之輥導執。 士述-對氣紅中之一側氣缸之後段固定於滑動導 利用1方’剩餘之另—側氣缸之前方結合於外罩，藉此 述兩個氣缸之作動而使推動器移動兩衝程。 200918434 〃於上述第-層及第二層中，進而分別設置有能夠可 旋轉地支持筒管失之端部的中心元件。 詈於t述中心％件包括：支承板，其隔_定距離而設 長至==端部;臂’其結合於上述支承板且延 長至上述同营夾為止；氣缸，其結合於上述臂;翼，並 =合於上述氣缸而可往復運動；推動體，其結合於上述 體且二：5述臂；以及推動器’其結合於上述推動 體且可與上述靖營夾接觸及分離。 、於上述臂上結合有形成有軸襯之管，於上述管之轴 襯之内部結合有上述推動體。 於上述推動器與推動體之間進而介在有軸承。 [發明效果；！ 本發明之具有雙層之卷線裝置，於—㈣置中 ===的層，藉此可較先前將進行卷線之生產性 捉回大致2倍。 ^本發财，於第—層及第二層中，㈣線之橫 動凸輪益係傾斜Μ角度而設，藉此，不會在自—個導 :別引導至第一層及第二層之線彼此間 或妨礙，從而更容易地進行卷線。 镘 件與ί二發明中，第一層之構成要素中的第-推動元 轴之弟—推動元件不同’其並非導執方式而是 猎此’於未作動時所占體積最小，因此不會鱼 苐二層之線相干擾或對其造成妨礙。 200918434 又’本發明中，筒总 ^ L 间s夾之一端可旋轉地固定於旋轉 豉輪上’而另一端可旋榦 〜 疋轉地固疋於中心元件上，藉此， 可使下述現象最小化，即：_ 增加同官夾之長度而產生之 :官♦現象；以及筒管夾於同軸線上偏離之現象。 亦即，可大幅提高筒管夾旋轉時之安全性。 再者本發月中，藉由增加筒管夹之長度及提高高 j旋轉時之旋轉安純’可獲得與先前之卷線裝置相比 得到了大幅提高之卷線效率。 【實施方式】 以下，根據圖式說明本發明之較佳實施形態，以使 得具有本發明所屬技術領域中之普通知識者可容易地 實施本發明。 圖la係表示本發明之具有雙層之卷線裝置的正視 圖，圖lb係其侧視圖。 如圖la及圖lb所示，本發明之具有雙層之卷線裝 置基本上包括：第一層（deck) 1〇〇，其設置於導絲輥 (godet roller) ( 300 ;參照圖6)之下部而進行卷線； 第二層200，其設置於上述第一層100之下部而進行另 一根線之捲繞；以及中心元件（center device )」6〇、26〇 , 其等可旋轉地支持設置於上述第一層1〇〇及第二；2〇〇 上之筒管爽（bobbin holder)的端部。 首先，上述第一層1〇〇中，於導絲輥3〇〇之下部即 主架（main frame) 101上結合有可上、下往復運動固 -10- 200918434 定距離之滑動盒（slide box) 110。又，於上述滑動盒 110之前方一側，設置有將線牢固地捲繞至筒管上之摩 擦報盒（friCti〇nrollerbox) 120，於另一側彼此水平靠 近地設置有將線引導向特定方向之横冑凸輪盒 cam box) 130。 此處，於上述摩擦輥盒120之下端一側設置有摩擦 輥121，且可彈性地接觸於筒管之上部。又，於上述橫 動凸輪盒130上突出有：形成有凹槽（未圖示）之凸輪 131 ;以及橫動導紗器（traverseguide) 132，其結合: 上述凹槽，將凸輪131之圓周運動變更為直線運動而引 導線。 又上述摩擦輕盒120及橫動凸輪盒丨3〇設置為， 相對於上述滑動盒U0之垂直移動方向旋轉大致〜 +5°，較好的是旋轉+3.3。。即，上述摩擦輥盒12〇及橫 動凸輪盒130傾斜為特定角度而設置，以使來自上述導 絲輥300之線相對於上述橫動導紗器132之突出長度方 向呈直角入射。 又，上述第一層100中，於上述滑動盒11〇之下部 »又置有了方疋轉固疋角度之旋轉鼓輪 14〇。於上述旋轉鼓輪14〇之上部、下部設置有上筒管 夾141、下筒管夾142 ’於上述上筒管夾14卜下筒管夾 142中插入有複數個筒管。因此，由上述橫動凸輪盒130 引導至特定位置之線捲繞至上述各筒管上，此時，於上 200918434 述所捲繞之線之上接觸有摩擦輥盒12〇的摩擦輥ΐ2ι， 藉此，可使線牢固且充分地捲繞至上述筒管上。當然， 捲繞至上述筒管上之線之捲繞量越多，上述滑動:加 越為逐漸向上部移動。 又，當利用上述旋轉鼓輪140插入至上部之上筒管 夾141中之筒管滿卷時，使上述旋轉鼓輪14〇旋轉大致 刚。’藉此使下部之下筒管央142移動至上部，從而使 線連續地捲繞至插入其中之空筒管上。 進而，於上述旋轉鼓輪140之下部設置有第一推動 元件（pusher device) 150。如此之第一推動元件15〇具 有自上筒管夾141巾抽出移動至下部之滿捲筒管之作 用。如此之第-推動元件15〇於以下進行詳細說明。 繼而，上述第二層200設置於上述第一層】〇〇之下 部，從而可將來自導絲輥3〇〇之線捲繞至其他筒管上。 如^第二層細與上述第一層100相同，係於框架加 口有可上、下移動固定距離之滑動盒，且於其 彼此水平#近地設置有㈣地捲繞線之摩擦輕盒 、、將線引導向特定方向之橫動凸輪盒23〇。又，於 ^ =動i 21G之下部’安裝有複數個上筒管夾241、 摄二I fj42 ’以將由上述橫動凸輪盒230所引導之線 二外同官上’且設置有旋轉鼓輪24〇,該旋轉鼓輪240 卷時旋轉固定角度而使線自動地連續捲繞至 工/ 。進而，於上述旋轉鼓輪240之下部一側，設 •12- 200918434 置有自下筒管夾242去降、、其接μ… 上所述之構成類似於上：：官之推動元件25°。如 於上述第—層_之構成’因此，以 下主要對不同之處進行說明。 几私：圖所：’上述第二層200之摩擦輥盒220及橫動 •盈23G設置為’相對於上述滑動盒210之垂直移動 方向旋轉-1〜-5。，較好的θ浐赭。 且秒勖 孕又好的疋％轉_3.3。，藉此，使來自導 絲輥如之線相對於設置在橫動凸輪盒⑽上之橫動導 紗器232之突出長度方向而呈大致直角入射。 另一方面，上述第二層2〇〇之第二推動元件25〇之 設置與上述第一層100之第一推動元件15〇稍有不同。 如此之第二推動元件25G亦於以下進行詳細說明。 繼而，上述中心元件16〇能夠可旋轉地支持第一層 100之上筒管夾⑷’上述中心元件260能夠可旋轉地 支持第二層200之筒管夾24卜如此之中心元件16〇、 260亦於以下進行詳細說明。 圖式中未說明之符號1〇2及202係支持中心元件 160 260之支承板（SUpp〇rt piate)，未說明之符號so] 係δ又置有各種開關之開關盒（switch box ) 〇 又，本發明中，上述第一層100之旋轉鼓輪14〇的 中心140c與上述第二層200之旋轉鼓輪240的中心240c 位於互不相同的垂直線上，以使得自上述導絲輥3〇〇引 導至第一層1〇〇及第二層200之線不會相互干擾。更詳 細而言，上述旋轉鼓輪240之中心240c位於大致相當 •13· 200918434 於上述旋轉鼓輪140之半徑的位置上。 ^圖2a係表示本發明之具有雙層之卷線裝置中的筒 管夾的部分正剖面圖，圖2b及圖2c係表示安裝於筒管 夾上之軔之部分正剖面圖及側視圖。 上述筒管夾於第一層100中設置有兩個，於第二層 200中设置有兩個，所有筒管夾之構造均相同，因此， 以設置於第-層_中之—個筒管夾141為例來說明其 構造。 如『第2A圖』所示，上筒管夹141包括：馬達（m〇t〇r) 141 — 1 ’其一端形成有滑輪（) Μ〗—2，而另一端 形成有聯結器（coupling) 141_3 ;軸（shaft) 141一6， 其結合於上述馬達141j之聯結器141—3，且於内部結 。有複數個滑動塊（slide c〇rn) 141—4及錐形片（ piece) 141_5 ;中心鍵帽（center cap) 141-9，其呈環 狀結合於上述軸141_6之端部；以及托座（h〇ider) 14 L11，其經由軸承（bearing) 141 — 10而結合於上述中 。錠帖141_9之内部。此處，上述托座141_u之端部 朝向外側突出，以可容易地結合於中心元件（例如， 160) 〇 又’於與上述馬達141一1鄰接之軸！41_6上，結合 有轴罩（shaft cover) 141一12，該軸罩141 — 12結合於旋 轉鼓輪（例如’圖式符號14〇)，於如此之軸罩141_12 之内側，經由軸承141 —14、141 — 15而使上述軸141_ό -14- 200918434 12 旋轉。當然’上述軸罩141 之一端固定於馬達141 1200918434 IX. DESCRIPTION OF THE INVENTION: TECHNICAL FIELD The present invention relates to a winding device having a double layer. [Prior Art] In general, the winding device includes: a godet roller of a supply line; a plurality of traverse guides that periodically reciprocate a fixed width to guide from the above a wire for feeding the godet; a traverse cam for reciprocating the traverse guide within a predetermined movement width; and a bobbin holder provided with a plurality of cylinders A tube (bobbin)' is capable of winding a wire guided by the traverse guide. Here, the bobbin holders are respectively disposed on an upper portion and a lower portion of a revolving drum, whereby when the upper bobbin is full, the lower bobbin moves to the upper side to perform a new winding operation. . On the other hand, in order to improve the productivity of the winding device as described above, it is generally studied and developed to increase the number of windings and increase the number of windings. To this end, the rotation speed of the above-mentioned bobbin holder is increased, and the length of the above-mentioned bobbin holder is increased to provide more bobbins. However, there is a problem that when the rotation speed of the above-mentioned bobbin holder reaches a certain speed or more, the wire is frequently broken, and the vibration phenomenon becomes severe and winding failure occurs. Further, when the length of the bobbin holder is increased, there is also a problem that since the end portion of the bobbin holder is away from the rotational driving point, the end portion of the spindle is not properly wound in 200918434 during the rotation. The vibration becomes very serious [Summary of the Invention] [Problems to be Solved by the Invention] This I month is a developer to solve the previous problem, and the purpose thereof is to provide a winding device having a double layer, the winding device A layer with two or two winding wires is provided to double the amount of winding wire in the same time. The other purpose of the sun and the moon is to provide a winding device having a double layer. The winding device prevents the canister of the cantilever shape from sagging down to the bottom.卩' thus increases the length of the safety clip during rotation. [Technical means for solving the problem] In order to achieve the above object, the double-winding device of the present invention is characterized in that it comprises: a first layer, and a sliding box provided with a movable and sturdy mosquito distance at a lower portion of the godet roller On the above sliding box, a friction roller box for firmly winding the wire and a traverse cam box for guiding the wire in a specific direction to the lower portion of the sliding box are mounted on the sliding box, and a plurality of (four) pipe clamps are installed. The wire guided by the traverse cam box is wound onto the cylinder and provided with a rotating drum. The rotating drum rotates the fixed angle when the bobbin is full, and the line is automatically and continuously wound to the empty bobbin. The second layer is disposed on the lower side of the rotating drum, and the second layer is disposed at a lower portion of the first layer. a sliding box, on the above-mentioned sliding box 200918434, horizontally close to each other, a plurality of the same official clip, to wind the wire from the upper guide to the cylinder, and the η $ % t ± B 5 is rotated by the μ cam I Drum, the rotating drum is twisted with u Turning the fixed angle, on the empty bobbin, on the top of the gentleman's watch, the man is wound up, and the side of the lower part of the turn-wheel is provided with a self-winding tube to remove the full-bore tube. Second pushing element; = moving cam box, for the above sliding box: two-way 疋 + 1 ~ +50 ή 6 · ** 4 ·, the way of the Han, the second layer of the traversing cam box, with the phase The center of the rotating drum is located at the center of the first rotating drum, and the center of the rotating drum is located at a distance of -1 to -5 relative to the vertical movement direction of the sliding box. Vertical lines different from each other „The above-mentioned collet includes: a motor having a pulley formed at one end thereof and a coupling formed at the other end; a shaft coupled to the coupling of the motor, and a plurality of sliding blocks combined therein And a tapered piece; a center key cap having an s shape, a σ 5 at an end of the shaft; and a bracket coupled to the inside of the center cap via a bearing. On the pulley in the motor where the above-mentioned bobbin is lost, the crucible is further combined. The cymbal includes: a bracket, the cymbal is fixed on the main frame; the cymbal arm is rotatably coupled to the bracket via a screw; and is disposed on the surface of the upper cymbal I and is in contact with the pulley Separating; angle steel, which is coupled to the main frame as the crotch end of the above-mentioned cymbal arm; and a cylinder whose 200918434 is pushed toward the above-mentioned pulley in an arm coupled to the above-mentioned angle steel. And forming a dog, so that the lower end of the first pusher clip mounted in the first layer is provided with a plate, and the row is provided with a fixed shaft, and the plate is clamped with the above tube The cylinder has a cylinder and a cylinder, and the opposite side of the fixed shaft is arranged in parallel to push the pusher to push the end of the gas and the end of the shaft to the side, and the H-tube clamp is full. On the reel or on the bad bobbin. 11 moving shaft is coupled to the bush fixed to the plate-moving=the second pushing element in the second layer is provided with a flat plate-coated gas red, ==^, and the edge is mounted by the inner cover ==The inner cover can be freely moved forward and backward, and a fixed length outer cover is combined from the Y side, and light is arranged behind the outer cover 2 so that the inner cover can be freely moved forward and backward with a pusher installed. In order to guide the plastic ball bearing to the center of the sliding guide rail, the utility model is provided to guide the plastic ball bearing of the above-mentioned plastic ball bearing, and the outer casing is further provided on both sides of the flat type guide. To guide the roller guide of the above roller. The rear section of one of the air cylinders is fixed to the sliding guide. The first side of the remaining side cylinder is coupled to the outer casing, and the two cylinders are moved to move the pusher by two strokes. 200918434 In the above-mentioned first layer and second layer, respectively, a center element capable of rotatably supporting the end portion of the bobbin is provided. % t t 中心 中心 中心 中心 中心 中心 t t t t t t t t t t t t t t t t t t t t t t t t t t t t t t t t t t t t t t t t t t Wings, and = reciprocating in combination with the above-mentioned cylinder; a pusher body coupled to the body and two: 5 arms; and a pusher 'which is coupled to the pusher body and is capable of contacting and separating from the above-mentioned Jingying clip. A tube formed with a bushing is coupled to the arm, and the pusher body is coupled to the inside of the bushing of the tube. There is a bearing between the pusher and the pusher. [Invention effect;! The double-winding device of the present invention has a layer of -== in the middle of (4), whereby the productivity of the winding is approximately doubled. ^ This is a fortune, in the first and second layers, the traverse cam of the (four) line is designed to be inclined and angled, so that it will not be guided to the first and second layers. The lines are either obstructed from each other, making it easier to wind the wire. In the invention of 镘2 and 发明2, the first member of the first layer is the difference between the first member of the first-pushing element axis, which is not the guiding method but the hunting device, which is the smallest in the case of unactuated, and therefore does not The line of the second layer of the surimi interferes with or interferes with it. 200918434 Further, in the present invention, one end of the s-clamp between the cylinders is rotatably fixed to the rotating cymbal wheel, and the other end is rotatably-rotatably fixed to the central member, whereby the following can be The phenomenon is minimized, that is: _ increases the length of the same official clip: the official ♦ phenomenon; and the phenomenon that the bobbin clips on the coaxial line. That is, the safety of the bobbin holder can be greatly improved when it is rotated. Further, in the present month, by increasing the length of the bobbin holder and increasing the rotational safety at the time of high j rotation, it is possible to obtain a greatly improved winding efficiency as compared with the prior winding apparatus. BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, the preferred embodiments of the present invention will be described in accordance with the drawings, so that the present invention can be easily implemented by those having ordinary skill in the art to which the present invention pertains. Figure la is a front elevational view of a double-winding device of the present invention, and Figure lb is a side view thereof. As shown in FIGS. 1a and 1b, the double-winding device of the present invention basically comprises: a first deck 1 〇〇 disposed on a godet roller (300; see FIG. 6) The lower layer is wound; the second layer 200 is disposed on the lower portion of the first layer 100 to perform winding of the other line; and the center device is 6〇, 26〇, and the like is rotatable The end portion of the bobbin holder disposed on the first layer 1 and the second layer 2 is supported. First, in the first layer 1 ,, a slide box (slide box) capable of upper and lower reciprocating movements is integrated on the main frame 101 below the godet roller 3〇〇. ) 110. Further, on the front side of the slide case 110, a rubbing box 120 for firmly winding the wire onto the bobbin is provided, and the other side is horizontally disposed to guide the wire to a specific one. The direction of the cam box cam box) 130. Here, a friction roller 121 is provided on the lower end side of the above-described friction roller case 120, and is elastically contactable to the upper portion of the bobbin. Further, a cam 131 having a groove (not shown) is protruded from the traverse cam case 130; and a traverse guide 132 is coupled to the groove to move the cam 131 in a circular motion. Change to a linear motion and guide the line. Further, the friction light box 120 and the traverse cam box 丨3 are arranged to rotate by approximately +/-5° with respect to the vertical movement direction of the slide box U0, preferably by +3.3. . That is, the friction roller case 12A and the traverse cam case 130 are inclined at a specific angle so that the line from the godet roller 300 is incident at a right angle with respect to the protruding length direction of the traverse guide 132. Further, in the first layer 100, the lower portion of the slide case 11 is further provided with a rotary drum 14 that is rotated at a fixed angle. An upper bobbin holder 141 and a lower bobbin holder 142' are provided on the upper and lower portions of the rotary drum 14A, and a plurality of bobbins are inserted into the upper bobbin holder 14 and the lower bobbin holder 142. Therefore, the wire guided to the specific position by the traverse cam case 130 is wound around the respective bobbins, and at this time, the rubbing roller ΐ2ι of the rubbing roller case 12〇 is contacted on the winding line of the above-mentioned 200918434, Thereby, the wire can be firmly and sufficiently wound onto the bobbin. Of course, the more the amount of winding of the wire wound onto the bobbin, the more the above-mentioned sliding: the upward movement is gradually increased. Further, when the bobbin inserted into the upper upper bobbin holder 141 by the above-described rotary drum 140 is fully wound, the rotary drum 14 is rotated substantially. 'The lower lower bobbin 142 is thereby moved to the upper portion so that the wire is continuously wound onto the empty bobbin inserted therein. Further, a first pusher device 150 is disposed under the rotary drum 140. The first pushing member 15 thus has a function of withdrawing the upper bobbin from the upper bobbin holder 141 to the lower full bobbin. Such a first-pushing element 15 will be described in detail below. Then, the second layer 200 is disposed under the first layer, so that the wire from the godet roller 3 can be wound onto the other bobbins. If the second layer is the same as the first layer 100 described above, the frame is provided with a sliding box that can move up and down a fixed distance, and the friction light box with the (four) ground winding line disposed at the same level as each other And guiding the wire to the traverse cam box 23 in a specific direction. Further, a plurality of upper bobbin holders 241 and two I fj42' are mounted on the lower portion of the ^ i i 21G to connect the line guided by the traverse cam box 230 to the same position and is provided with a rotating drum. 24〇, the rotating drum 240 rotates at a fixed angle to automatically wind the wire continuously to the work/. Further, on the lower side of the rotary drum 240, the 12-200918434 is disposed to be lowered from the lower bobbin clamp 242, and the connection thereof is similar to the above: the official push element 25° . As described above, the composition of the first layer_ is therefore mainly described below. A few private parts: Fig.: 'The friction roller case 220 of the second layer 200 and the traverse 23G are set to 'rotate -1 to -5 with respect to the vertical movement direction of the above-mentioned slide case 210. , better θ浐赭. And the second is better and the pregnancy is better than _3.3. Thereby, the wire from the godet roller is incident at a substantially right angle with respect to the protruding length direction of the traverse guide 232 provided on the traverse cam case (10). On the other hand, the arrangement of the second pushing member 25A of the second layer 2 is slightly different from the first pushing member 15 of the first layer 100 described above. Such a second urging member 25G is also described in detail below. In turn, the central element 16A can rotatably support the bobbin holder (4) above the first layer 100. The central element 260 can rotatably support the bobbin holder 24 of the second layer 200. Such central elements 16〇, 260 It is also described in detail below. Symbols 1〇2 and 202, which are not illustrated in the drawings, support a support plate (SUpp〇rt piate) of the center member 160 260, and an unillustrated symbol so] is a switch box in which various switches are placed. In the present invention, the center 140c of the rotating drum 14A of the first layer 100 and the center 240c of the rotating drum 240 of the second layer 200 are located on different vertical lines from each other, so that the godet roller 3〇 The line leading to the first layer 1 and the second layer 200 does not interfere with each other. More specifically, the center 240c of the above-described rotating drum 240 is located substantially at the position of the radius of the above-mentioned rotating drum 140. Fig. 2a is a partial front sectional view showing a bobbin holder in a double-layer winding apparatus of the present invention, and Figs. 2b and 2c are a partial front sectional view and a side view showing a crucible attached to the bobbin holder. The above-mentioned bobbin is disposed in two in the first layer 100, and two in the second layer 200. All the bobbin clips have the same structure, and therefore, the bobbins disposed in the first layer_ The clip 141 is taken as an example to explain its configuration. As shown in FIG. 2A, the upper bobbin holder 141 includes a motor (m〇t〇r) 141 - 1 'having a pulley () — - 2 at one end and a coupling at the other end. 141_3; shaft 141-6, which is coupled to the coupler 141-3 of the motor 141j, and is internally connected. There are a plurality of slide blocks 141-4 and a piece 141_5; a center cap 141-9 which is annularly coupled to the end of the shaft 141_6; and a bracket (h〇ider) 14 L11, which is coupled to the above via bearings 141-10. The inside of the ingot 141_9. Here, the end portion of the bracket 141_u protrudes outward, so as to be easily coupled to the center member (e.g., 160) and the shaft adjacent to the motor 141-1! 41_6, coupled with a shaft cover 141-12, which is coupled to a rotating drum (for example, 'pattern symbol 14'), on the inner side of such a shaft cover 141_12, via bearings 141-14 141-15, the above shaft 141_ό -14- 200918434 12 is rotated. Of course, one end of the above-mentioned shaft cover 141 is fixed to the motor 141 1
又，於上述軸141—6之端部進而結合有小軸 141-8，該小軸141-8結合有使上述滑動塊141—4及錐 形片141—5恢復至原始位置之彈簧141 7。目此，藉由 氣壓使上述滑動塊141-4及錐形片i4i 5移動至一側以 結合於筒管，若去除上述氣壓，則藉由上述彈簧i4i 7 之回復力，而使上述滑動塊141—4及錐形片i4i—5恢復 至原始位置。 如圖2b及圖2c所示’於上筒管夾141之馬達⑷」 中的滑輪141 —2上，進而么士人士土 ^ — 延而、合有軔（brake device ) 144。 上述幸刃144包括：托架（bracket) 144_1，盆固定 於主架（mainframe)(例如，圖式符號ι〇ι)上；初臂 (brake arm) 144 3 » μ ^ ^ -/、、，、二由螺栓（stud) 144_2而可旋 轉地結合於上述托架144」上；軔襯（brake—lining) 144—4,其設置於上述軔臂144—3之表面，且可與上述 滑輪144—2接觸及分離；角鋼（a·) i44—5,其於上 ，軔臂144—3之下端結合於上述主架⑴”上；以及 軋缸(air cylinder) 144 7，甘 士 z丄 a 〜7，其在結合於上述角鋼144 5 :同時’於-端形成突起144_6而將上述輛臂144 3推 向上述滑輪141_2。 — 上、,t因此’at必：使上筒管夾141停止旋轉時，若利用 处乳红—7來提供氣壓，則上述氣虹144—7之突起 _ 15 - 200918434 H6向上部突出。如此，上述突起144—6將可以螺栓 — 為|由而旋轉之勒臂144 q姓a 埒疋軔煮144_3推向上部。因此，結合 ;I刃# 144__3之軔襯144—4緊貼至滑輪141_2， 此，最終使上筒管夾141停止旋轉。 —曰 圖化係表示本發明之具有雙層之卷線裝置中的第 -推動元件的正視圖’圖3b及圖3c係表示第一推動元 件之動作狀態之側視圖。 第—推動元件150中，於筒管夾141、142之下端 設置有板15卜且貫通上述板151而在與上述筒管夾平 仃之方向上設置有固定軸153b，於與上述固定輛1说 相反之方向上，貝通上述板151而水平地設置有氣缸 152及移㈣153a。又，於上述氣幻52及移動袖咖 之端部，經由連結板156而安裝有推動器】54，以將插 入至上述筒管夾中之滿捲筒管或不良筒管推向外側。當 然，上述移動軸153a以可良好地進行水平移動之方式 結合於固定在上述板151上之襯套（liner bush) 155。 進而，上述推動器154及連結板156以通常不會妨礙卷 線作業之方式大致緊貼至主架1G1。圖式中未說明之符 號152a係連結軸，該連結軸自氣缸152突出固定長产， 且於上述固定軸153b之上與移動軸153a_併滑動，未 說明之符號157係使上述固定軸153b固定於主架 上之固定板。 圖4a係表示本發明之具有雙層之卷線裝置中的第 -16 - 200918434 二推動元件的正視圖，圖4b係平面圖，圖4c及圖4d 係表示第二推動元件之動作狀態之侧視圖。 第二推動元件250中，平板狀滑動導軌（rail plate ) 251突出上筒管夾241、下筒管夾242之長度而固定於 主架201上，於上述滑動導軌251之後方之内周緣安裝 有由内罩（inner cover ) 252所包覆之一對氣缸253a、 253b。又，於上述内罩252之前方、後方之兩側面結合 有塑膠滾珠轴承254，以使内部罩可自由地前、後移動。 進而，於上述内罩252之前方、後方結合有具有固定長 度之外罩（outer cover ) 255，於上述外罩255之前方、 後方側面結合有輥256，以使内部罩可自由地前、後移 動。又，於上述外罩255之前方，藉由連結板259而安 裝有推動器257，以將滿捲筒管或不良筒管推向一側。 此處，於上述滑動導執251之中央設置有平板型導 軌258a，以將上述塑膠滾珠軸承254穩定地引導至前 方、後方，於上述平板型導軌258a之兩側之外周緣設 置有輥導執258b，以將上述輥256穩定地引導至前方、 後方。當然，如圖所示，上述平板型導執258a與上述 輥導執258b之長度相比更向後方延長，而與滑動導執 251之後段大致一致。 進而，上述一對氣缸253a、253 b中之一側氣缸253a 之後段，亦即連結轴253a'經由固定板251a而固定於滑 動導執251的後段，同時，氣缸253a之前端固定於内 -17- 200918434 罩255之前方。又，剩餘氣缸253b之前方，亦即連結 車 ％ 合於外罩255之如方，該氣紅253b之後方固 定於内罩255之後方。因此，藉由使上述各氣缸253a、 253b各自移動一衝程，可最終移動兩衝程而獲得所希望 之突出長度。 圖5a係表示本發明之具有雙層之卷線裝置中的中 心凡件的正視圖，圖5b係侧視圖，圖氕係正剖面圖。 ^於第一層100及第二層2〇〇中，分別設置有可穩定 旋轉地支持筒管夾141、241之端部之中心元件16〇、 260。如此之兩個中心元件之形態大致相同，因此以一 個中心元件160為例來說明其構造。 上述中心元件160包括：支承板（supp〇rt plate) 102，其隔開固定距離而設置於筒管夾141之端部；臂 jam) 161，其結合於上述支承板1〇2並延長至上述筒 官夾141為止；氣缸162,其結合於上述臂161;翼（评丨叩） 163，其結合於上述氣缸162而可往復運動；推動體 (pushing body) 164,其結合於上述翼163,同時貫通 上述臂161 ;以及推動器165，其結合於上述推動體164 且可與上述筒管夾141接觸及分離。 此處，於上述臂161上結合有形成有轴觀（bushing) 166之管（tube) 167，於上述管167之軸襯i66之内部 結合有上述推動體164。又’於上述推動器165與推動 體164之間進而介在有軸承168。圖< 中未說明之符號 -18· 200918434 169係罩。 根據如上所述之結構，本㈣之具有雙層之卷線裝 置如下所述般作動。 如圖6所示，呈現有本發明之具有雙層之卷線裝置 的作動狀態。 如圖所示，本發明中，笙 a Λ χ ^ τ第一層100及第二層200自 一個導絲輥300而分別供給有線3〇1、3〇2。 首先，將線3〇1引導至第一層1〇〇之摩擦輕盒12〇 與橫動凸輪盒13G之間。如此，藉由橫動導紗器132之 具有固疋寬度之直線運動，使上述線3()1亦具有固定寬 度之路徑而排出。當然，如此之橫動導紗器 結合於凸輪131之凹槽而將”， 猎由 糟而將該凸輪131之圓周運動體現 ^紗器132的直線運動。又，上述摩擦輕盒⑽ 騎動凸輪盒130設置為，相對於滑動盒ιι〇之垂直移 動方向旋轉大致+ 1〜+5。，較 好的疋疑轉+3.3。，藉此， 相對於杈動導紗器132突 .Λ1 — <大®長度而王直角地供給上述 忒301，稭此正確地進行線引導。 方面’通過上述橫動導紗器132之線301，捲 二:入_鼓輪14〇之上筒管* 141中的筒管（未圖 藉此可心’上筒管夾141向逆時針方向高速旋轉， 〜也將線301捲繞至插入其中之筒管上。進 所二時’上述摩擦輥纟120之輥121擠壓上述筒管上 所捲繞之線3〇1，藉此# t B上 猎此使線301充分且牢固地捲繞至筒 -19- 200918434 管上。 如此’當插入上述上筒管失ΐ4ι中之筒管 上述旋轉鼓輪14Θ向逆時斜大 〃 ' 滿捲筒管位於下部，使* ^旋轉大致180，藉此使 線則捲繞至其上。"多動至上部，從而繼續將 繼而，上述下部之滿捲筒管藉由第-推動元件15() 而自上筒管失141全部取出。亦即，若藉由氣虹152之 作動而使連結軸咖及移_153&向筒管夾⑷之長 士：向犬出’則猎士連結板156而結合之推動器⑼： 、移動。如此，猎由上述推動器154依序自上筒管夾 141將滿捲筒管抽出至外側。 /然，如此之動作並非僅於滿捲筒管狀態下進行， 田卷線作業過程中發生斷線或其他捲繞不良時，旋轉鼓 輪|4(U疋轉’隨後上述推動元件15()作動，藉此自上筒 官夾141 —併取出上述不良筒管。 再者，如此之第一推動元件15〇中，上述推動器154 於卷線過程中緊貼至主架⑻，藉此不會與引 V至第一層200之線相互干擾。 一 方面第一層200亦自上述一個導絲輥3〇〇而 根線逝’從而進行卷線作業，捲繞作用及 ^ g之取出作用與上述類似，因此僅說明不同之 處。 如圖所示，設置於第二層2〇〇中之旋轉鼓輪24〇之 -20- 200918434 中心與設置於第一® !⑽u a 10〇中的旋轉鼓輪14〇的外周緣 切線大致一致，藉此，以道^ 「门緣的 猎此引蛉至上述第一層100與第一屏 200之線不會相互干擾 畀弟一層 卞擾進而，上述第一層1〇〇之旋榦 鼓輪140於更換滿捲冑^ 向旋轉，藉此1 = 圖式上向大致逆時針方 302相干擾。^不會與引導至第二層2⑼之線 人進而，上述第二層200之摩擦輥盒220及橫動凸輪 盒230設置為，姑#4_从、a ϋ輪 ' ;π動盒210之垂直移動方向旋轉 -1〜-5，較好的是旋韓_ ^ -- ^ .，猎此，上述線302相對於 在上杨動凸輪盒230上之橫動導紗器232之 呈大致直角地受到引導。藉此，引導至上述 導ifz： 4 /、摩t輥256接觸一面被正確地引 ¥並純至插入上筒管夾241中之筒管上。 韓Μ方面，若如上所述般上部之筒管滿卷，則於旋 ==向逆時針方向旋轉18。。後，使線連續地捲繞 的第隨t第二推動元件250作動，由於與第-層100 的弟一推動元件！ 50 動元件25〇之仏不同，因此，如此之第二推 丨卞之作動亦不同。 首先，—對氣缸253a、253b作動。 出至吏安裝於~側氣紅253a上之連結轴253a’排 卜側’藉此最終使内罩Μ〕另冰罢，< c -衝程。、铁，“罩及外罩255向前方移動 ；> ' 時内罩252之塑膠滾珠軸承254沿平 -21 - 200918434 板型導軌258a前進，外置_ ο “ j适外罩255之輥256沿輥用導執258b 前進。 繼而，使安裝於另一氣缸253b上之連結軸2別，排 出至外側，藉此，最終於内罩252停止之狀態下使外罩 255進而前進一衝程。於如此之作用下，氣缸2饥之後 #又、，^合於内罩252之後段上，前端之連結軸乃补，結合 於外罩255，因此動作可進行。 當然，此時安褒於上述外罩255上之輕256沿輕用 導執258b前進。 另一方面，上述外罩255與經由連結板259而結合 於其則方之推動器257 —併向前方移動。藉此，上述推 動器土57將插入上筒管夾241中之滿捲筒管向外方向推 出，藉此，最終自第二層200排出滿捲筒管。 當然，如此之第二層200之推動元件250亦並非僅 於滿捲筒管狀態下作動，當卷線作業過程中發現斷線或 其他捲繞不良時，旋轉鼓輪24〇旋轉’隨後上述推動元 件250作動，藉此自上筒管夾241取出上述不良筒管。 繼而，上述中心元件16〇如下所述般作動。 於以下說明中，設置於第一層100與第二層2〇〇中 之中心元件16〇之動作相同，因此，僅對設置於第一層 100中之中心元件160之作動進行說明。 首先，上筒管夾141於插入有複數個空筒管之狀態 下，藉由旋轉鼓輪140之180度之旋轉而大致位於旋轉 -22- 200918434 鼓輪MO之上部區域。如此，利用結合於 162來傳達氣壓，藉此使結合於上述氣虹162之= 移動至一側。例如，『第5C圖』中，翼⑹ 上 如此，結合於上述翼163 上4。 、 、異之推動體W4亦沿管167之轴 襯166而移動至上部。 神 如上所述，若推動體164移動至上部，社人 推動體164之推動考165接總机,& '、 該 <雅勃器165接觸於上筒管夾141。亦即， 上述推動器165接觸於上筒管夾141之托座。 另方面上述推動态165經由軸承168而結合於 上述推動體⑹，藉此，上述推動器165在上述筒管夹 141旋轉時一併旋轉。 如此，本發明中，將中心元件16〇、结合於上筒管夹 H1之端部，藉此使上筒管夾⑷非常穩定地旋轉。亦 即即使為提而卷線效率而增加上筒管夾141之長度或 提馬旋轉速度，筒管夾141亦不會下垂至下部或於同轴 線上偏離。因此’與先前相比可顯著提高卷線效率。 以上，本發明並不限定於上述特定之教佳實施例， 八有本技術領域中之普通知識者，可根據由申請專利範 圍所凊求之本發明之基本概念而進行各種實施變形，如 此之憂开》亦屬於本發明之申請專利範圍。 【圖式簡單說明】 圖la係表示本發明之具有雙層之卷線裝置的正視 圖，圖lb係其侧視圖。 -23- 200918434 圖 2 a /么+Further, a small shaft 141-8 is further coupled to the end of the shaft 141-6, and the small shaft 141-8 is coupled with a spring 141 7 for returning the sliding block 144-1 and the tapered piece 141-5 to the original position. . Therefore, the sliding block 141-4 and the tapered piece i4i 5 are moved to one side by air pressure to be coupled to the bobbin, and if the air pressure is removed, the sliding block is caused by the restoring force of the spring i4i 7 . The 141-4 and the tapered piece i4i-5 are restored to their original positions. As shown in Fig. 2b and Fig. 2c, on the pulley 141-2 in the motor (4) of the upper bobbin clamp 141, the sorcerer is extended and has a brake device 144. The above-mentioned fortunate blade 144 includes: a bracket 144_1, the basin is fixed on a main frame (for example, a symbol ι〇ι); a brib arm 144 3 » μ ^ ^ -/, , And rotatably coupled to the bracket 144" by a stud 144_2; a brake-lining 144-4 disposed on the surface of the arm 144-3, and the pulley 144 - 2 contact and separation; angle steel (a ·) i44-5, on the upper side, the lower end of the arm 144-3 is coupled to the main frame (1)"; and the air cylinder 144 7, Gans z丄a 〜7, which is coupled to the angle steel 144 5 at the same time, and simultaneously forms the protrusion 144_6 at the end to push the arm 144 3 toward the pulley 141_2. When rotating, if the pressure is provided by the milk red-7, the protrusion _ 15 - 200918434 H6 of the above-mentioned gas rainbow 144-7 protrudes upward. Thus, the protrusion 144-6 can be bolted. Arm 144 q surname a 埒疋轫 cook 144_3 push the upper part. Therefore, the combination; I blade # 144__3 lining 144-4 clings to the pulley 141_2, this, the most The upper bobbin clamp 141 is stopped from rotating. - The smear system shows a front view of the first pusher element in the double-winding device of the present invention. FIGS. 3b and 3c show the operating state of the first pusher element. In the first pushing member 150, a plate 15 is disposed at a lower end of the bobbin clamps 141, 142, and the plate 151 is penetrated, and a fixed shaft 153b is disposed in a direction flush with the bobbin clamp, and In the opposite direction, the fixed vehicle 1 is provided with a cylinder 152 and a moving (four) 153a horizontally on the plate 151. Further, a pusher is attached to the end portion of the phantom 52 and the moving sleeve coffee via the connecting plate 156. 54. Pushing the full bobbin or the defective bobbin inserted into the bobbin holder to the outside. Of course, the moving shaft 153a is coupled to the bushing fixed to the plate 151 in such a manner as to be horizontally movable well. (liner bush) 155. Further, the pusher 154 and the connecting plate 156 are substantially in close contact with the main frame 1G1 so as not to interfere with the winding work. The symbol 152a, which is not illustrated in the drawings, is a connecting shaft, and the connecting shaft is self-connected. The cylinder 152 is fixed and prolonged. And sliding on the fixed shaft 153b and the moving shaft 153a_, the unillustrated symbol 157 is a fixing plate for fixing the fixed shaft 153b to the main frame. Fig. 4a shows the winding device with double layers of the present invention. In the first to the right of the first pushing member, FIG. 4b is a plan view, and FIG. 4c and FIG. 4d are side views showing the operating state of the second pushing member. In the second urging member 250, a flat rail plate 251 protrudes from the main frame 201 by projecting the lengths of the upper bobbin holder 241 and the lower bobbin holder 242, and is mounted on the inner periphery of the sliding guide rail 251. One of the cylinders 253a, 253b is covered by an inner cover 252. Further, a plastic ball bearing 254 is coupled to both sides of the front and rear sides of the inner cover 252 so that the inner cover can be freely moved forward and backward. Further, an outer cover 255 having a fixed length is joined to the front and rear sides of the inner cover 252, and a roller 256 is coupled to the front side and the rear side surface of the outer cover 255 so that the inner cover can be freely moved forward and backward. Further, a pusher 257 is attached to the front side of the outer cover 255 by the connecting plate 259 to push the full bobbin or the defective bobbin to one side. Here, a flat type guide rail 258a is provided at the center of the slide guide 251 to stably guide the plastic ball bearing 254 to the front and the rear, and a roller guide is provided on the outer periphery of both sides of the flat type guide rail 258a. 258b to stably guide the roller 256 to the front and the rear. Of course, as shown, the flat type guide 258a extends rearward from the length of the roller guide 258b, and substantially coincides with the rear portion of the slide guide 251. Further, the rear side of the one of the pair of cylinders 253a and 253b, that is, the connecting shaft 253a' is fixed to the rear stage of the slide guide 251 via the fixing plate 251a, and the front end of the cylinder 253a is fixed to the inner portion -17. - 200918434 Cover 255 in front of the party. Further, the front side of the remaining cylinder 253b, that is, the connecting vehicle % is fitted to the outer cover 255, and the air red 253b is fixed behind the inner cover 255. Therefore, by moving each of the above-described cylinders 253a, 253b by one stroke, it is possible to finally move the two strokes to obtain a desired protruding length. Fig. 5a is a front elevational view showing a central member of the double-winding device of the present invention, and Fig. 5b is a side view showing a front sectional view. In the first layer 100 and the second layer 2, center members 16A and 260 for stably supporting the ends of the bobbin holders 141 and 241 are provided, respectively. Since the form of the two center elements is substantially the same, the configuration of the center element 160 will be described as an example. The center member 160 includes a support plate 102 disposed at an end of the bobbin holder 141 at a fixed distance, and an arm jam 161 coupled to the support plate 1〇2 and extended to the above. The cylinder 162 is coupled to the arm 161; the wing (evaluation) 163 is reciprocally coupled to the cylinder 162; and a pushing body 164 is coupled to the wing 163. At the same time, the arm 161 is passed through; and the pusher 165 is coupled to the pusher 164 and is in contact with and separated from the bobbin holder 141. Here, a tube 167 formed with a bushing 166 is joined to the arm 161, and the pusher 164 is coupled to the inside of the bushing i66 of the tube 167. Further, a bearing 168 is interposed between the pusher 165 and the pusher 164. Symbols not shown in the figure < -18· 200918434 169 system cover. According to the structure as described above, the winding device having the double layer of the present invention (4) operates as follows. As shown in Fig. 6, the actuated state of the double-winding device of the present invention is presented. As shown in the figure, in the present invention, the first layer 100 and the second layer 200 of 笙 a Λ χ ^ τ are supplied to the wires 3〇1, 3〇2, respectively, from one godet roller 300. First, the wire 3〇1 is guided between the friction light box 12〇 of the first layer 1 and the traverse cam case 13G. Thus, by the linear motion of the traverse guide 132 having the fixed width, the line 3() 1 is also discharged with a fixed width path. Of course, such a traverse guide is coupled to the groove of the cam 131, and the circular motion of the cam 131 reflects the linear motion of the yarn 132. Further, the above-mentioned friction light box (10) rides the cam The box 130 is set to rotate substantially + 1 to +5 with respect to the vertical movement direction of the sliding box ι., and the better suspicion is turned to +3.3. Thereby, relative to the swaying guide 132, Λ1 - < The large length and the king are supplied to the above-mentioned crucible 301 at right angles, and the straw is correctly guided by the wire. Aspect 'through the line 301 of the above-mentioned traverse guide 132, the second winding: the bobbin 14 〇 above the bobbin* 141 The bobbin in the middle (not shown), the upper bobbin clamp 141 is rotated at a high speed in the counterclockwise direction, and the wire 301 is also wound onto the bobbin inserted therein. The roller 121 presses the wire 3〇1 wound on the bobbin, whereby the wire 301 is sufficiently and firmly wound onto the tube 19-200918434 tube. Thus, when the upper tube is inserted The tube in which the tube is missing is in the middle of the drum, and the above-mentioned rotating drum 14 is inclined upwards in the opposite direction. The full-volume tube is located at the lower portion, so that *^ is rotated by approximately 180. Thereby, the wire is wound onto it. "Multi-motion to the upper portion, so that, in turn, the lower full-winding tube is removed from the upper tube tube 141 by the first pushing element 15(). That is, if the action of the gas rainbow 152 is used, the connecting shaft and the _153& to the long tube of the bobbin holder (4): the pusher (9) that is coupled to the dog's "linker link plate 156": The hunting device 154 sequentially draws the full bobbin from the upper bobbin clamp 141 to the outside. / However, such an action is not performed only in the state of the full bobbin, and the wire is broken during the winding operation. Or when the winding is poor, the rotating drum|4 (U疋 turn 'the above-mentioned pushing element 15() is actuated, thereby taking out the above-mentioned bad bobbin from the upper cylinder 141. Further, such a first push In the component 15A, the pusher 154 is in close contact with the main frame (8) during the winding process, thereby not interfering with the line connecting the V to the first layer 200. On the one hand, the first layer 200 is also from the above one guide wire. The roller 3 is smashed and the root line is gone, thereby performing the winding operation, and the winding action and the removal action of the g are similar to the above. Therefore, only the differences will be explained. As shown in the figure, the center of the rotating drum 24 设置 -20- 200918434 disposed in the second layer 2〇〇 and the rotating drum 14 disposed in the first ® ! (10) u a 10 〇 The outer circumference of the crucible is roughly the same, so that the first layer can be interfered with by the layer of the first layer 100 and the first screen 200. 1) The rotary drum 140 is rotated in the direction of the full roll, whereby 1 = the pattern is disturbed toward the substantially counterclockwise side 302. ^ will not be associated with the line person leading to the second layer 2 (9). Further, the friction roll box 220 and the traverse cam box 230 of the second layer 200 are set to be #4_从, a ϋ wheel '; π moving box 210 The vertical movement direction is rotated by -1 to -5, preferably by the rotation of _ ^ -- ^ . , and the line 302 is substantially at right angles to the traverse guide 232 on the upper pop cam box 230. The ground is guided. Thereby, it is guided to the above-mentioned guide ifz: 4 /, the contact surface of the friction roller 256 is correctly guided and purely inserted into the bobbin in the upper bobbin holder 241. In the case of Han Wei, if the upper tube is full as described above, it is rotated counterclockwise by 18 in the rotation ==. . Thereafter, the second push element 250, which is wound continuously with the wire, is actuated by the pusher element with the younger brother of the first layer 100! The dynamic components are different, so the second push is different. First, - the cylinders 253a, 253b are actuated. The connecting shaft 253a' is disposed on the side of the connecting shaft 253a' on the side gas red 253a, thereby finally causing the inner cover to be iced, <c-stroke. , iron, "the cover and the cover 255 move forward; > 'The inner plastic cover 252 of the inner cover 252 advances along the flat-21 - 200918434 plate type guide 258a, and the external _ ο "j fits the cover 255 of the roll 256 along the roll Advance with guide 258b. Then, the connecting shaft 2 attached to the other cylinder 253b is discharged to the outside, whereby the outer cover 255 is further advanced by one stroke in a state where the inner cover 252 is stopped. Under such a function, after the cylinder 2 is hungry, it is combined with the rear cover of the inner cover 252, and the connecting shaft of the front end is complemented, and is coupled to the outer cover 255, so that the action can be performed. Of course, the light 256 mounted on the outer cover 255 at this time advances along the light guide 258b. On the other hand, the outer cover 255 is moved forward by the pusher 257 coupled to the other via the connecting plate 259. Thereby, the pusher soil 57 is pushed out of the full bobbin inserted into the upper bobbin holder 241, whereby the full bobbin is finally discharged from the second layer 200. Of course, the pushing element 250 of the second layer 200 is not only actuated in the state of full bobbin. When a broken wire or other winding failure is found during the winding operation, the rotating drum 24 is rotated. The element 250 is actuated whereby the defective bobbin is removed from the upper bobbin holder 241. Then, the center member 16 is operated as described below. In the following description, the operation of the center element 16A disposed in the first layer 100 and the second layer 2 is the same, and therefore, only the operation of the center element 160 provided in the first layer 100 will be described. First, the upper bobbin holder 141 is substantially positioned in the upper portion of the rotary -22-200918434 drum MO by the 180-degree rotation of the rotary drum 140 in a state in which a plurality of empty bobbins are inserted. Thus, the air pressure is communicated by the coupling 162, whereby the = coupled to the gas rainbow 162 is moved to one side. For example, in the "fifth 5C", the wing (6) is attached to the wing 163 on the fourth side. The pusher W4 is also moved to the upper portion along the bushing 166 of the tube 167. God, as described above, if the pusher 164 is moved to the upper portion, the pusher 165 of the pusher 164 is connected to the switchboard, & ', the <Abbott 165 is in contact with the upper bobbin clamp 141. That is, the pusher 165 is in contact with the holder of the upper bobbin holder 141. On the other hand, the push motion 165 is coupled to the pusher body (6) via the bearing 168, whereby the pusher 165 is rotated together when the bobbin clamp 141 is rotated. As described above, in the present invention, the center member 16 is coupled to the end portion of the upper bobbin holder H1, whereby the upper bobbin holder (4) is rotated very stably. That is, even if the length of the upper bobbin holder 141 or the speed of lifting the horse is increased for the purpose of winding the winding efficiency, the bobbin holder 141 does not sag to the lower portion or deviate from the coaxial line. Therefore, the winding efficiency can be significantly improved as compared with the previous one. The present invention is not limited to the specific embodiments described above, and those skilled in the art can make various implementation modifications according to the basic concept of the present invention as claimed in the claims. Worrying is also within the scope of the patent application of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. la is a front view showing a winding device having a double layer according to the present invention, and Fig. 1b is a side view thereof. -23- 200918434 Figure 2 a / 么 +
a係表示本發明之具有雙層之卷線裝置中的 管失的部八T J 刀正剖面圖，圖2b及圖2c係表示安裝於筒管 中之軔之部分正剖面圖及側視圖。 圖 3 a 主 一 __ 你表示本發明之具有雙層之卷線裝置中的第 推動70件的正視圖，® 3b及圖3〇係表示第—推動元 件之動作狀態之側視圖。 一圖_4a係表示本發明之具有雙層之卷線裝置中的 :上動：件的正視圖，圖仆係平面圖，目4C及圖4d 不第一推動元件之動作狀態之侧視圖。 心元係表示本發明之具錢層之卷線裝置中的中 牛的正視圖，圖5b係侧視圖，係正剖面圖。 圖6係表示本發明之具有 態的正視圖。 、有又層之卷線裝置的作動狀 【主要元件符號說明】 100 第一層 200 第二層 300 導絲輥 101 、 201 主架 102 ' 202 支承框架 110 、 210 滑動盒 120 > 220 摩擦輥盒 121 、 221 摩擦輥 130 、 230 橫動凸輪盒 -24- 200918434 131 132 140 141 142 150 250 160 231 凸輪 232 橫動導紗器 240 旋轉鼓輪 241 上筒管夾 242 下筒管夾 第一推動元件 第二推動元件 260 中心元件 -25 -a is a front cross-sectional view showing a portion of the double-cored winding device of the present invention, and Figs. 2b and 2c are a partial front sectional view and a side view showing a crucible attached to the bobbin. Fig. 3 a Main __ You show a front view of the first push 70 in the double-winding device of the present invention, and ® 3b and Fig. 3 show a side view of the action state of the first push member. Fig. 4a shows a front view of the upper member of the double-winding device of the present invention, a plan view of the servant, and a side view of the operation state of the first urging member of Figs. 4C and 4d. The core element is a front view of the middle cow in the winding device of the money layer of the present invention, and Fig. 5b is a side view and a front sectional view. Fig. 6 is a front elevational view showing the state of the invention. Actuation of a rewinding device with a layer [Main component symbol description] 100 First layer 200 Second layer 300 Guide roller 101, 201 Main frame 102 ' 202 Support frame 110, 210 Sliding box 120 > 220 Friction roller Box 121, 221 friction roller 130, 230 traverse cam box-24- 200918434 131 132 140 141 142 150 250 160 231 cam 232 traverse guide 240 rotating drum 241 upper bobbin clamp 242 lower bobbin clamp first push Element second push element 260 center element -25