M418924 五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種纏繞機設計’特別是一種具穩固 編織成形之纏繞機。 【先前技術】 參閱圖1，習知纏繞機1包含有一機台11，一設於該 機台11 一側之出線裝置12, 一可將該出線裝置12所輸出 之芯線a予以包覆之纏繞裝置13，以及一設於該纏繞裝置 13 —側可將已纏繞後之線材予以集收之收線裝置14;其 中’該纏繞裝置13具有一設於該機台11上方之導線架 131 ’以及複數呈間隔固設於該機台11上之紗管132，而 前述該每一紗管132上捲繞有紗線2，以使該芯線a經該 出線裝置12導出後，往上穿過該導線架131，俾供該紗管 132輸出之紗線2可將該芯線a予以纏繞，以編織成一線 帶3,同時所形成之線帶3即由該收線裝置14捲收於上。 當該纏繞機1作業時，利用該出線裝置12的傳動，以 持續輸出該芯線a穿過該導線架131，同時該纏繞裝置π 亦會產生左右方向之來回旋轉，以使該等紗線2匯集至該 導線架131處’並透過該導線架131的一放鬆一拉緊的缠 繞過程中’使該等紗線2可將該芯線a予以纏繞包覆，藉 以形成一線帶3 ’之後再由該收線裝置14予以捲收，如此 重複，即可完成纏繞編織作業。 然，實際使用後發現，由於該等紗管132係採用固定 於該機台11上之設置，故當該纏繞裝置13拉動該等紗線 3 M418924 2進行左右來回旋轉，使該等紗線2進行捲繞包覆該芯線 a作業時，該等紗線2在不斷受到該纏繞裝置13反覆拉扯 下，容易造成該等紗線2之線徑因扭轉而產生損傷且變得 脆弱，如此一來，不僅易造成該等紗線2產生捲曲，以致 纏繞包覆在該芯線a上之該等紗線2纏繞不完整，進而纏 繞編織成瑕疵品外，更甚者還會造成該等紗線2在編織過 程中，產生斷裂之情事，因而導致纏繞編織作業之中斷， 大大降低該纏繞機1之編織效率與品質，實有待改進。 【新型内容】 因此，本新型之目的，是在提供一種纏繞機，不但有 利於纏繞編織作業得以高速、順暢地進行，避免作業時產 生斷線，同時更可獲得較佳之纏繞編織效率與品質。 於是，本新型纏繞機包含有一機台，一設於該機台一 側之出線裝置，一可將該出線裝置所輸出之芯線予以纏繞 編織之纏繞裝置，以及一設於該纏繞裝置一側可將已纏繞 後之芯線予以集收之收線裝置；其中，該機台上設有一可 呈360度轉動之轉盤，且於該轉盤上設有複數支撐座同 時該每一支撐座上至少設有一個以上之固定單元；另，該 纏繞裝置具有一設於該轉盤上方之導線架，以及樞設於該 每一固疋單元上之紗轴，而前述該每一紗轴上捲繞有紗 線，俾使該出線裝置輸出之芯線，經穿該導線架後，得以 文到該轉盤持續的相對該機台產生自轉，進而使該芯線可 文該等紗線纏繞包覆而編織成形，再由該收線裝置捲收於 上；因此，利用該轉盤可呈36〇度的轉動，而非呈左右擺 4 M418924 動之轉動模式，同時帶動該等輸出紗線之支撐座、固定單 元呈同步的轉動，並配合該出線裝置輸出芯線時所產生的 作動，使穿過該導線架之該芯線在轉動過程中，得以穩固 受該等紗線纏繞包覆成一線帶，以避免在轉動、纏繞過程 中造成該等紗線扭曲變形，甚至造成斷線之情事產生外， 更能有效使編織作業得以高速、順暢地進行，進而獲得較 佳之編織效率與品質。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效， 在以下配合參考圖式之較佳實施例的詳細說明中，將可清 楚的明白。 參閱圖2，本新型之第一較佳實施例，該纏繞機4包 含有一機台41，一設於該機台41 一側之出線裝置42，一 可將該出線裝置42所輸出之芯線a予以纏繞編織之纏繞裝 置43，以及一設於該纏繞裝置43 —側可將已纏繞後之芯 線a予以集收之收線裝置44 ;其中，該機台41上設有一 可呈360度轉動之轉盤411(圖中以簡圖表示），且於該轉盤 411上設有複數支撐座412,同時該每一支撐座412上至少 設有一個以上之固定單元413,當然，該轉盤411上之支 撐座412的設置數量，可隨不同的纏繞編織需求而有所調 整，例如該支撐座412的設置可為4個（如圖3所示）、6 個（如圖4所示）、8個（如圖5所示）、9個（如圖6所示）等， 且該每一支撐座412上之固定單元413亦可設置為二-三 個或以上之設計；於本實施例中，係以該轉盤411上設有 5 M418924 4個支撐座412,以及該每一支撐座412上設有二個固定 單元413為例加以說明，另，該纏繞裝置43具有一設於 該轉盤411上方之導線架431，以及樞設於該每一固定單 元413上之紗軸432，而前述該每一紗軸432上捲繞有紗 線5，以使該出線裝置42輸出之芯線a經穿該導線架431 後，並與該每一紗軸432上之紗線5相互匯集，以使該出 線裝置42輸出之芯線a即可受纏繞包覆成形一線帶6後， 並予以集收至該收線裝置44上。 參閱圖2、圖3,進行纏繞編織作業時，操作者先將 該芯線a穿過該導線架431後，即可啟動電源（圖中未示）， 藉由該電源之動力傳輸，以使該機台41上該轉盤411及 出線裝置42產生運轉，同時開始進行纏繞編織作業；此 時，該轉盤411即會於該機41台上呈360度的轉動，而 非呈左右擺動之轉動模式，該芯線a即會在該出線裝置42 的作動中持續輸出，同時設於該等支撐座412之固定單元 413上之該等紗軸432，亦在該轉盤411轉動下而隨之產 生同步作動，進而該等紗轴432所導出之該等紗線5，可 與該轉盤411呈同一方向轉動，並導出匯集至該導線架431 處，此時，經穿該導線架431之該芯線a會與該等紗線5 相互匯集，同時透過該轉盤411之360度的轉動，促使該 芯線a持續受該等紗線5之纏繞包覆，藉以編織成一線帶 6，之後再由該收線裝置44將已纏繞編織完成之該線帶6 予以集收，如此一來，即完成該纏繞機4之編織作業；因 此，利用在該機台41上設有該轉盤411可呈360度轉動 6 M418924 之設計，使該轉盤411上之支撐座412、柩設於該等固定 單元413上之該紗軸432同步產生作動，俾利該等紗線5 在進行該芯線a之纏繞編織過程中，不會受到該纏繞裝置 43的反覆拉扯而產生斷裂外，同時亦可使該等紗線5得以 維持平順、不捲曲之纏繞編織作動，以避免纏繞不完整之 情事產生外，更能有效使編織作業得以高速、順暢地進 行，進而獲得較佳之編織效率與品質。 歸納前述，本新型纏繞機，其藉由在該機台上設有一 可呈360度轉動之轉盤設計，且可依據所欲纏繞編織形 態，適時於該轉盤上增加複數支撐座與紗轴的設置，俾利 藉由該轉盤於該機台上呈360度的轉動，而非呈左右擺動 之模式，可使經該等紗轴導出之紗線免於受到拉扯而產生 斷裂外，同時於該等紗線導出時亦可維持平順、不捲曲之 態樣，藉以獲得較佳之編織效率與品質，以及有效使編織 作業得以高速、順暢地進行等功效，故能確實達到本新型 之目的，爰依法提出申請。 惟以上所述者，僅為說明本新型之較佳實施例而已， 當不能以此限定本新型實施之範圍，即大凡依本新型申請 專利範圍及新型說明書内容所作之簡單的等效變化與修 飾，皆應仍屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是習知纏繞機之示意圖； 圖2是本新型第一較佳實施例之示意圖； 圖3是該較佳實施例實施態樣之局部構件示意圖； 7 M418924 圖4是本新型第二較佳實施例之局部構件示意圖； 圖5是本新型第三較佳實施例之局部構件示意圖；及 圖6是本新型第四較佳實施例之局部構件示意圖。 【主要元件符號說明】 4 纏繞機 41 機台 42 出線裝置 43 纏繞裝置 44 收線裝置 411 轉盤 412 支撐座 413 固定單元 431 導線架 432 紗軸 5 紗線 a 芯線M418924 V. New description: [New technical field] The present invention relates to a winding machine design, in particular, a winding machine with stable knitting forming. [Prior Art] Referring to Fig. 1, a conventional winding machine 1 includes a machine table 11, a wire outlet device 12 disposed on one side of the machine table 11, and a core wire a output from the wire outlet device 12. The winding device 13 and a wire take-up device 14 disposed on the side of the winding device 13 for collecting the wound wire; wherein the winding device 13 has a lead frame 131 disposed above the machine table 11 'and a plurality of bobbins 132 fixed to the machine table 11 at intervals, and each of the bobbins 132 is wound with a yarn 2 so that the core wire a is led out through the outlet device 12 Through the lead frame 131, the yarn 2 output from the bobbin 132 can be wound around the core a to be woven into a strip 3, and the formed strip 3 is wound by the take-up device 14 on. When the winding machine 1 is in operation, the transmission of the wire take-up device 12 is used to continuously output the core wire a through the lead frame 131, and the winding device π also rotates back and forth in the left-right direction to make the yarns 2 is collected at the lead frame 131 and passed through a loosening and tightening process of the lead frame 131 to enable the yarns 2 to wrap the core wire a to form a wire strip 3 ' Then, the wire take-up device 14 is wound up, and thus repeated, the winding and knitting operation can be completed. However, after actual use, it is found that since the bobbins 132 are arranged to be fixed on the machine table 11, when the winding device 13 pulls the yarns 3 M418924 2 to rotate left and right to make the yarns 2 When the winding of the core wire a is performed, the yarns 2 are continuously pulled by the winding device 13, and the wire diameter of the yarns 2 is easily damaged and becomes weak due to twisting. Not only is it easy to cause the yarns 2 to be curled, so that the yarns 2 wound around the core wire a are entangled in an incomplete manner, and then woven into a crepe, and even more so. In the weaving process, the occurrence of the breakage, which leads to the interruption of the winding and weaving operation, greatly reduces the knitting efficiency and quality of the winding machine 1, and needs to be improved. [New content] Therefore, the object of the present invention is to provide a winding machine which not only facilitates the winding and knitting operation to be performed at a high speed and smoothly, but also avoids breakage during operation, and at the same time, obtains better winding and knitting efficiency and quality. Therefore, the winding machine of the present invention comprises a machine table, a wire outlet device disposed on one side of the machine table, a winding device capable of winding the core wire outputted by the wire outlet device, and a winding device a winding device for collecting the wound core wire; wherein the machine is provided with a turntable capable of rotating 360 degrees, and the plurality of support seats are disposed on the turntable and at least Having more than one fixing unit; further, the winding device has a lead frame disposed above the turntable, and a yarn shaft pivotally mounted on each of the solidifying units, and each of the yarn shafts is wound around The yarn, the core wire outputted by the outlet device, after being passed through the lead frame, is continuously rotated relative to the machine to the turntable, so that the core wire can be wrapped and wrapped by the yarn Then, the wire take-up device is wound up; therefore, the turntable can be rotated by 36 degrees, instead of being in the rotation mode of the left and right swings 4 M418924, and at the same time driving the support seats and fixing units of the output yarns Synchronous turn Actuating and cooperating with the action of the output device to output the core wire, so that the core wire passing through the lead frame can be stably wrapped by the yarn into a line during the rotation to avoid rotation and winding In the process, the yarns are distorted and deformed, and even the occurrence of wire breakage is generated, and the knitting operation can be effectively performed at a high speed and smoothly, thereby obtaining better knitting efficiency and quality. The above and other technical contents, features and effects of the present invention will become apparent from the following detailed description of the preferred embodiments. Referring to FIG. 2, in the first preferred embodiment of the present invention, the winding machine 4 includes a machine table 41, a wire outlet device 42 disposed on one side of the machine table 41, and a wire outlet device 42 outputting the same. The core wire a is wound and braided by the winding device 43, and a wire take-up device 44 is provided on the side of the winding device 43 for collecting the wound core wire a; wherein the machine 41 is provided with a 360 degree a rotating turntable 411 (shown in a simplified view), and a plurality of support seats 412 are disposed on the turntable 411, and at least one or more fixing units 413 are disposed on each of the support bases 412. Of course, the turntable 411 is provided. The number of support seats 412 can be adjusted according to different winding weaving requirements. For example, the support base 412 can be set up to four (as shown in FIG. 3), six (as shown in FIG. 4), and 8 (as shown in FIG. 5), 9 (as shown in FIG. 6), etc., and the fixing unit 413 on each support base 412 can also be set to two-three or more designs; in this embodiment There are 5 M418924 4 support seats 412 on the turntable 411, and two fixings are arranged on each support base 412. The unit 413 is described as an example. In addition, the winding device 43 has a lead frame 431 disposed above the turntable 411, and a yarn shaft 432 pivotally mounted on each of the fixing units 413, and each of the yarn shafts 432 described above. The yarn 5 is wound up so that the core wire a output from the wire outlet device 42 passes through the lead frame 431 and is integrated with the yarn 5 on each of the yarn shafts 432 to make the wire outlet device 42 The output core a can be wrapped around the formed belt 6 and collected onto the take-up device 44. Referring to FIG. 2 and FIG. 3, when the winding knitting operation is performed, the operator first passes the core wire a through the lead frame 431, and then the power source (not shown) is activated, and the power transmission of the power source is used to enable the The turntable 411 and the outlet device 42 are operated on the machine 41, and the winding and knitting operation is started at the same time; at this time, the turntable 411 is rotated 360 degrees on the machine 41 instead of the left and right swinging mode. The core wire a is continuously outputted during the operation of the outlet device 42, and the yarn shafts 432 disposed on the fixing unit 413 of the support seats 412 are also rotated under the rotation of the rotary disk 411. Actuated, and the yarns 5 derived from the yarn shafts 432 can be rotated in the same direction as the turntable 411, and can be led out to the lead frame 431. At this time, the core wire a is worn through the lead frame 431. The yarns 5 are collected from each other, and at the same time, the 360-degree rotation of the turntable 411 causes the core wire a to continue to be wrapped by the windings of the yarns 5, thereby being woven into a line 6 and then by the winding. The device 44 collects the wire strip 6 that has been wound and braided. In this way, the knitting operation of the winding machine 4 is completed; therefore, the design of the support base 412 on the turntable 411 can be made by using the turntable 411 provided on the machine table 41 to rotate the 6 M418924 360 degrees. The yarn shafts 432 on the fixing units 413 are synchronously actuated, so that the yarns 5 are not broken by the rewinding of the winding device 43 during the winding and knitting process of the core wire a, and at the same time The yarns 5 can also be maintained in a smooth, non-crimped winding weaving operation to avoid incomplete entanglement, and the knitting operation can be efficiently and smoothly performed, thereby obtaining better knitting efficiency and quality. . In summary, the winding machine of the present invention is designed by providing a 360-degree rotating turntable on the machine table, and can increase the setting of the plurality of support bases and the yarn shafts on the turntable according to the desired winding pattern. By means of the 360-degree rotation of the turntable on the machine, rather than the mode of swinging left and right, the yarns drawn through the yarn shafts are protected from being broken by pulling, and at the same time When the yarn is exported, it can maintain a smooth and non-curling condition, so as to obtain better knitting efficiency and quality, and effectively enable the knitting operation to be performed at a high speed and smoothly, so that the purpose of the present invention can be truly achieved. Application. However, the above description is only for the purpose of illustrating the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, that is, the simple equivalent changes and modifications made in accordance with the scope of the present patent application and the contents of the new specification. All should remain within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a conventional winding machine; FIG. 2 is a schematic view of a first preferred embodiment of the present invention; FIG. 3 is a partial structural view of the embodiment of the preferred embodiment; 7 M418924 FIG. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 5 is a partial structural view of a third preferred embodiment of the present invention; and FIG. 6 is a partial structural view of a fourth preferred embodiment of the present invention. [Main component symbol description] 4 Winding machine 41 Machine 42 Outlet device 43 Winding device 44 Wire take-up device 411 Turntable 412 Support base 413 Fixing unit 431 Lead frame 432 Yarn shaft 5 Yarn a Core wire