M415149 ^ 修正1 年月日、一 年09月02曰修_換頁 100 五、新型說明： 【新型所屬之技術領域】 本實用新型涉及一種紡織技術，尤指於一種可提高使用壽 命之摩擦式送纱輪。 【先前技術】 如圖一所示，習知摩擦式送紗輪10，其包括一本體U ; 一 轉軸12可穿過該本體U’並使該轉軸12的兩端伸出於本體11; 安裝於本體11下方之過紗板13，該過紗板丨3上具有多數過 蛉孔13 1，係可供紗線通過；多數調節輪丨4套接於該轉軸i2 端，使其可任意轉動；多數送紗輪15套接於該轉軸12另一 端’使其可隨著該轉軸12同步轉動’該送紗輪15的外緣附著 橡膠元件151 ’可供紗線纏繞；多數鎖附於過紗板13上的壓 ’V座16，泫壓紗座16上連接一壓紗桿17，該壓紗桿Η具有來 回擺動的能力’因此可視外力大小自動調整角度，該壓紗桿Η 的末端设有多數導紗孔18，可供紗線穿過；當紗線長時間與 送紗輪15的橡膠㈣⑸摩擦接觸時，易造成送紗輪15的橡 膠元件⑸磨損形成溝痕，且紗線容易產生靜電，導致紗線容 易纏繞及紗線分佈不均等狀況；然而當送紗輪15的橡膠元件 151須進仃更換時，需拆解整個送紗輪15，進而造成更換上的 不便性’及料紗輪15的橡膠元件151係使用耐磨的材質，這 將造成成本大幅增加；另外，壓紗桿18可來回擺動，造成紗線 在送紗輪15上容易脫落或纏繞，因而降低了機台的生產效率。 3M415149 ^ Amendment 1 year, month, year, September 02, repair _ page change 100 5. New description: [New technical field] The utility model relates to a textile technology, especially to a friction type that can improve the service life. Yarn wheel. [Prior Art] As shown in FIG. 1 , a conventional friction type yarn feeding wheel 10 includes a body U; a rotating shaft 12 can pass through the body U' and extend both ends of the rotating shaft 12 to the body 11; The yarn passing plate 13 under the main body 11 has a plurality of through holes 13 1 for passing the yarn; a plurality of adjusting rims 4 are sleeved on the rotating shaft i2 so as to be arbitrarily rotated. A plurality of yarn feeding rollers 15 are sleeved on the other end of the rotating shaft 12 to be synchronously rotated with the rotating shaft 12. The outer edge of the yarn feeding roller 15 is attached with a rubber member 151' for yarn winding; most of the locking is The pressure 'V seat 16 on the yarn plate 13 is connected to a presser bar 17 to which a presser bar 17 is connected, and the press bar has the ability to swing back and forth. Therefore, the angle is automatically adjusted according to the external force, and the end of the press pin Η A plurality of yarn guiding holes 18 are provided for the yarn to pass through; when the yarn is in frictional contact with the rubber (4) (5) of the yarn feeding roller 15 for a long time, the rubber component (5) of the yarn feeding roller 15 is easily worn to form a groove mark, and the yarn It is easy to generate static electricity, which leads to easy winding of the yarn and uneven distribution of the yarn; however, when the rubber of the yarn feeding wheel 15 When the component 151 has to be replaced, the entire yarn feeding roller 15 needs to be disassembled, thereby causing inconvenience in replacement, and the rubber component 151 of the yarn receiving roller 15 is made of a wear-resistant material, which causes a substantial increase in cost; The presser bar 18 can swing back and forth, causing the yarn to easily fall off or entangle on the yarn feed roller 15, thereby reducing the productivity of the machine. 3
ΜΓ5Ι49 1年月日1 综合以上原因，使得習料擦式送紗輪仍空 丨〇^^02曰鋪态“ 間’本創作人有鑑於此’乃苦思細索，積極研究，加以多年從 事相關產品研發之經驗，並經不斷試驗及改良，終於發展出本 創作。 【新型内容】 本創作之主要目的係提供一種摩擦式送紗輪之改良結構， 可有效提高送紗輪的耐磨性以及使用壽命，且不需更換送紗 輪，進而提高機台生產效率，並降低生產及製造成本。 · 為達上述的目的及功效，本創作摩擦式送紗輪之改良結 構，、包括-本體；一貫穿於本體之轉軸；一安裝於本體下方之 過7板β過紗板上鎖附數個分紗板；多數調節輪係套接該轉 軸的-知’數個送紗輪係套接於該轉軸的另一端，並使該送紗 輪隨者忒轉軸同步轉動；以及至少有一壓紗座鎖附於過紗板 上’《紗座上並連接一麼紗桿。該送紗輪包括有一第一輪圈 本體’-第二輪圈本體’及多數耐磨桿設置在第一輪圈本體纟籲 第二輪圈本體之間，由於各該耐磨桿的表面具有高耐磨性，t 紗線纏繞於耐磨桿長時間運轉時，使該耐磨桿不易造成磨損， 使得送紗輪使料命將大幅增加，且降低生㈣造成本。 本創作為達成上述及其他目的，所採用之技術手段、元件 及其功效純—較佳實施例，並配合相Μ式詳細說明如下。 4 M415149ΜΓ5Ι49 1月月日日1 Comprehensive reasons for the above, so that the wiper-feeding yarn is still empty ^^02曰 The state of the creator is in view of this, it is a hard-working, active research, and has been engaged for many years. The experience of related product research and development, and through continuous testing and improvement, finally developed this creation. [New content] The main purpose of this creation is to provide an improved structure of the friction type yarn feeding wheel, which can effectively improve the wear resistance of the yarn feeding wheel. And the service life, and the need to replace the yarn feeding wheel, thereby increasing the production efficiency of the machine and reducing the production and manufacturing costs. · In order to achieve the above purpose and effect, the improved structure of the friction type yarn feeding wheel, including the body a plurality of yarn-receiving plates are attached to the seven-plate β-ply plate mounted on the bottom of the body; and the plurality of adjusting wheel systems are sleeved with the plurality of yarn-feeding wheel sleeves of the rotating shaft At the other end of the rotating shaft, the yarn feeding wheel is rotated synchronously with the rotating shaft; and at least one pressing yarn holder is locked on the yarn receiving plate and connected to a yarn bar. The yarn feeding wheel comprises Have a first rim body '-Second rim body' and most wear rods are arranged between the first rim body and the second rim body. Since the surface of each wear rod has high wear resistance, the t yarn is entangled When the grinding rod is operated for a long time, the wear rod is not easy to cause wear, so that the feeding wheel will greatly increase the life expectancy and reduce the raw (4) cause. The technical means and components used for the above and other purposes are created. And its efficacy is pure - the preferred embodiment, and with the phase 详细 detailed description as follows. 4 M415149
.t 【實施方式】 請參閱圖二及圖三所示，本創作摩擦式送紗輪之改良結構 2〇，包括一本體21 ; —轉軸22穿過該本體21，並使該轉軸22 的兩端伸出於本體21 ; —過紗板23安裝於本體21下方，該過 紗板23上具有多數過紗孔24，係可供紗線通過，該過紗板23 上鎖附數個分紗板25，該分紗板25上具有多數分紗孔26，係 可使不同粗細的紗線通過；多數調節輪27係套接於該轉軸Μ 的一端，使該調節輪27能在該轉軸22上任意旋轉；多數送紗 輪30係套接於該轉軸22的另一端，使該送紗輪3〇可隨著該轉 軸22同步轉動；以及多數壓紗座28固定於過紗板23上，該壓 紗座28的自由端連接一壓紗桿29，該壓紗桿29具有來回擺動 的能力，因此可視外力大小自動調整角度。 實質上，該送紗輪30與送紗輪30間藉由一間隔管221同 軸配置在轉軸22外，以使送紗輪30與送紗輪30以間隔方式設 置在轉軸22上。 如圖四及圖五所示，本創作主要特徵在於該送紗輪3〇具有 一第一輪圈本體31、一第二輪圈本體32及多數耐磨桿33以縱 向设置在第一輪圈本體31及第二輪圈本體32之間。 該第一輪圈本體31具有一基板311，一凸部312位於基板 311的中央位置，及一中心孔313自基板延伸至凸部312。該基 板311設有多數凹槽314以等距形成在基板311的内表面。該 凸部312設有多數定位柱315。 該第二輪圈本體32具有一基板321，一凸部322位於該基 板321的中央位置’及一中心孔323自基板321延伸至凸部 5 M415149 年月曰 iq〇年〇9月〇2曰.t [Embodiment] Referring to FIG. 2 and FIG. 3, the improved structure of the friction type yarn feeding wheel 2〇 includes a body 21; the rotating shaft 22 passes through the body 21, and the two shafts 22 are The end protrudes from the body 21; the through-plate 23 is mounted under the body 21, and the through-plate 23 has a plurality of through-holes 24 for passing the yarn, and the plurality of yarns are locked on the yarn-receiving plate 23 The plate 25 has a plurality of dividing holes 26 for passing the yarns of different thicknesses; a plurality of adjusting wheels 27 are sleeved at one end of the rotating shaft , so that the adjusting wheel 27 can be at the rotating shaft 22 Any rotation of the yarn feeding wheel 30 is sleeved on the other end of the rotating shaft 22, so that the yarn feeding wheel 3 can rotate synchronously with the rotating shaft 22; and the majority of the yarn pressing seat 28 is fixed on the yarn passing plate 23, The free end of the presser frame 28 is connected to a presser bar 29 which has the ability to swing back and forth, so that the angle is automatically adjusted by the amount of external force. In essence, the yarn feed roller 30 and the yarn feed roller 30 are disposed coaxially outside the rotary shaft 22 by a spacer tube 221, so that the yarn feed roller 30 and the yarn feed roller 30 are disposed on the rotary shaft 22 at intervals. As shown in FIG. 4 and FIG. 5, the main feature of the present invention is that the yarn feeding wheel 3 has a first rim body 31, a second rim body 32 and a plurality of wear bars 33 disposed longitudinally on the first rim. Between the body 31 and the second rim body 32. The first rim body 31 has a substrate 311, a convex portion 312 is located at a central position of the substrate 311, and a center hole 313 extends from the substrate to the convex portion 312. The substrate 311 is provided with a plurality of recesses 314 formed on the inner surface of the substrate 311 at equal intervals. The convex portion 312 is provided with a plurality of positioning posts 315. The second rim body 32 has a base plate 321, a convex portion 322 is located at a central position of the base plate 321 and a central hole 323 extends from the base plate 321 to the convex portion. 5 M415149 曰 〇 〇 〇 〇 〇 〇 曰 曰 曰 曰 曰 曰 曰
322，該t〜孔323與第一輪圈本體31的中心孔313對應。該 基板321設有多數凹槽324以等距形成在基板321的内表面。 該凸部322設有多數定位孔325與^位柱315對應。將定位柱 315***於定位孔325中，以使第一、第二輪圈本體η、^結 合成為一體。 各該耐磨桿33的上端可***於第一輪圈本體3ι的凹槽 314’其下端則***於第二輪圈本體32的凹槽似 桿33環燒於該對㈣312、322的外部周圍。由於，該 33係由㈣㈣或其它耐磨材料所製成，其表面具有較高耐磨 性，當紗線纏繞於耐磨桿33長時間運轉時，使該耐磨桿Μ不 易造成磨損，使得送紗輪3G使用壽命將大幅增加，降低 造成本。 _ 衷 且分紗板25上 紗線不會在送紗 另外，由於分紗板25裝設在過紗板23上， 具有分紗孔26 ’因此當壓紗桿29來回擺動時， 輪30上脫落或纏繞，有效增加機台的生產效率 以上說明書所揭示僅為針對本創作較佳之可行 而已 ▼ 1 Ν貝々也1夕丨』說明 惟該實施例並非用以限^本創作之中請專利範圍， 其它未脫離本創作所揭示之技藝精神下所完成之均等變 應包含於本創作之申請專利範圍中。 = 【圖式簡單說明】 圖一為習知摩擦式送紗輪之立體圖； 圖一為本創作摩擦式送紗輪之改良結構立體圖； 圖一為本創作送紗輪結合於轉軸之斷面圖； M415149 100年322, the t~ hole 323 corresponds to the center hole 313 of the first rim body 31. The substrate 321 is provided with a plurality of grooves 324 formed on the inner surface of the substrate 321 at equal intervals. The convex portion 322 is provided with a plurality of positioning holes 325 corresponding to the position post 315. The positioning post 315 is inserted into the positioning hole 325 to synthesize the first and second rim bodies η, ^. The upper end of each of the wear rods 33 can be inserted into the groove 314' of the first rim body 3i, and the lower end thereof is inserted into the groove of the second rim body 32, and the rod 33 is burned around the outside of the pair (four) 312, 322. . Since the 33 series is made of (4) (four) or other wear-resistant materials, the surface thereof has high wear resistance, and when the yarn is wound around the wear rod 33 for a long time, the wear rod is not easily worn, so that The service life of the yarn feeding wheel 3G will be greatly increased, resulting in a decrease in the cost. _ The yarn on the yarn dividing plate 25 is not in the yarn feeding. In addition, since the yarn dividing plate 25 is mounted on the yarn passing plate 23, it has the yarn dividing hole 26'. Therefore, when the yarn pressing rod 29 swings back and forth, the wheel 30 is on the wheel 30. Falling off or entanglement, effectively increasing the production efficiency of the machine. The above description is only for the purpose of this creation. It is only possible to use it. 1 1 Ν 々 々 1 1 丨 』 』 』 』 』 Scope, and other equivalents that have been made without departing from the spirit of the art disclosed in the present invention are included in the scope of the present patent application. = [Simple diagram of the drawing] Figure 1 is a perspective view of a conventional friction type yarn feeding wheel; Figure 1 is a perspective view of the improved structure of the friction type yarn feeding wheel; Figure 1 is a sectional view of the yarn feeding wheel coupled to the rotating shaft ; M415149 100 years
年月3 >9月02日修正替I 修正丨Year 3 > September 02 Correction for I Revision丨
圖四為本創作送紗輪之立體圖； 圖五為本創作送紗輪之立體分解圖。 【主要元件符號說明】 摩擦式送紗輪之改良結構20 轉軸22 過紗孔24 分紗孔26 壓紗座28 間隔管221 第一輪圈本體31 耐磨桿3 3 凸部312 凹槽314 第二輪圈本體32 凸部322 凹槽324 本體21 過紗板23 分紗板25 調節輪27 壓紗桿29 送紗輪30 第二輪圈本體32 基板3 11 中心孔313 定位柱315 基板321 中心孔323 定位孔325 7Figure 4 is a perspective view of the yarn feeding wheel of the present invention; Figure 5 is an exploded perspective view of the yarn feeding wheel of the present invention. [Description of main component symbols] Improved structure of friction type yarn feeder 20 Rotary shaft 22 Through-hole 24 Separation hole 26 Pressing seat 28 Spacer 221 First rim body 31 Wear rod 3 3 Projection 312 Groove 314 Two rim body 32 convex portion 322 groove 324 body 21 passing plate 23 dividing plate 25 adjusting wheel 27 pressing rod 29 feeding yarn 30 second rim body 32 substrate 3 11 center hole 313 positioning column 315 substrate 321 center Hole 323 positioning hole 325 7