1332042 七、指定代表圖： ()本案指定代表圖為.第（3)圖。 (二)本代表圖之元件符號簡單說明： 20. 30. .....紗架 20’··· 31·... ...破璃纖維原紗（玻璃纖維) ..導座 40. •….押出機 41.... 42... ...塑膠料斗 50. 51.... 60... ...引取機 61……穩速導輪 、發明說明： 70...· 71... ...捲取輪 【發明所屬之技術領域】 ® 本創作係主要涉及一種玻璃纖維紗(玻璃纖維）的披覆包紗法 之製程創新發明者。 【先前技術】 按，如第1圖所示係為一般舊式包紗披覆之流程示意圖，其 ..包紗彼覆設備1〇係主要包含由一出紗機π將筒狀捲收的原紗别 一以適當迴轉速度釋放出紗’而拉出經一塑膠溶解槽12内使塑膠包 覆原紗’再經一成型模13成型後穿過一乾燥機14加溫烘烤定型， 最後再由一收紗機15捲收而完成包紗製程。 【發明内容】 ^ 所欲解決的技術課題： 然而，如上所述之原紗從出紗機11迴轉釋放的速度到成型 • 後的收炒機15之捲收速度必須同步配合’造成速度流程配合不 易，為其缺點之一。 再者，塑膠溶解槽12内塑膠必須添加揮發性溶劑，使塑膠呈 現液體狀’並且須不斷攪拌及添加溶劑使其保持液態，嚴重浪^費 資源及汚染環境，危害操作人員健康，為其缺點之二。 又，原紗包紗後經過成型模成型時，其塑膠皮^是呈現液體 狀態，將使成型的塑膠皮結構不穩定，使披覆成品品質降低，為 其缺點之三。 、 4 1332042 約县且址ί’態的_皮彡臟乾賴加跳烤，其乾燥機必須 放,Ρ而須慢速通過以充份乾燥㈣，造献產速度必須 之=。降低轉，相對使工艇長及工時成本之提高，為其缺點 产程製成的原紗成品由收紗機捲取時，因為製程速 ί^ϊΐί取的阻力，增加馬達負荷、製程成本及電源的浪費， FI，2圖所示為習式包紗法彼覆的原紗結構斷面剖示 Ϊ受t 紗2G外表包覆的塑膠皮21仍為不歡的液態， 高；且其披覆的塑膠皮21在日光照射或高溫環 成“困難，^缺2二:有黏手感’而在附敍塵雜質後又形 箱勺情舊式包紗披覆製程的諸多缺點，而創新發明一 覆押主Ϊ在提供一種玻璃纖維紗(玻璃纖維)彼 度紗架以被動出紗可易於配合製造之速 覆押第’係在提供一種玻璃纖維紗(玻璃纖維)彼 =康之危、= 避免浪費資源、污染環境及操作人 不需供姥㈣千押出包覆成較穩定的塑膠皮結構， 濟=者。 覆押出包紗法，以;璃纖維紗(玻璃纖維)披 快製造流練升生錢脑㈣步驟，而加 5 1332042 第L目ϊ ’係在提供—種玻璃纖維紗(玻璃纖維)披 整個製程的速度由引取機之單—條件主導控制， ί要做速度調整配合而簡化操作程序，又降低成品 捲取阻力、馬達負荷及電驗f，具經濟效益者。 覆押第六f的係在提供—種玻璃纖維紗(玻璃纖維)披 t成二二二士於地心引力的平行壓力押出流體固態塑膠包 構=卜皮使補纖維原紗披覆成接近真圓狀態之較 解決課題之技術手段： 纖維=w本發明係主要將—捲玻璃纖維原紗(玻璃 經紗年—光^^之而將拉出的玻璃纖維原紗(玻璃纖維)繞 先滑導座，再拉向押出機穿過其成型楳，以单扦抽屮夕 披璃齡轉(玻韻維)外表面，又拉向 型^覆成型的玻璃纖維原紗(玻璃纖維)冷卻定 引組於—由馬達帶動的穩速導輪以控制生 包紗製程ί 肖㈣機繞組於收紗機之捲取輪捲收完成 【實施方式】 造内===;=例，介紹本創作之構 下程^ 3®所4本發明之包紗披覆流程示賴，其係包含以 於—主要將-捲玻璃纖_紗(玻璃纖維灿，套置 架-光滑的導/31後=:=玻璃纖維原紗(玻璃纖維獅 一押=(^=4==^紗(魏纖猶穿過 加溫管加…A押出機40由一塑膠料斗42進料經過一 4抓體固態’而押送至成型模41披覆玻璃纖維原紗（玻 6 1332042 璃纖維）20 ，措由加溫管内螺桿壓力，而與經過的玻璃纖 (玻璃纖維)20平行押出而穩定的彼覆成型，再拉向一 = 50 ;不須攪拌及添加溶劑可避免浪費資源、污染環境及^作又員 健康之危害者。 定型程序：玻璃纖維原紗（玻璃纖維）2〇’藉由前 覆成型結構後，拉經-冷卻槽5G (如圖中所示係為_内部;; 輪51的水槽）内-雜5卜使彼覆成型的玻璃纖維原紗^ 維)20冷卻定型再拉向一引取機6〇 ;以冷卻定型取代 俾可減少耗電及縮較㈣程工時，而加快製造餘提升生產效 率具進步性，成，而其又冷卻槽50也可為具擴輪的風箱者。’ 速度穩^程序：將冷卻㈣後峨覆賴纖_紗 纖)20’ ’予以繞組於引取機6〇—由馬達帶動的穩速導輪以再拉 向收紗機70，而使由紗架到收紗機的生產線速度由引取 條件帶動形成穩定的速度控制，並降低原紗帶動阻力。 收紗程序：將引取機60穩速導輪61拉出的彼覆玻璃纖維原 (玻璃纖維）20’繞組於收紗機7〇之捲取輪71捲收。、、 如第4圖所示為本發明披覆的原紗結構斷面剖示圖，1中， =機40以大於地心引力之平行壓力押出流體固態的塑膠、，可於 纖維原玻璃纖_’時成型為接近真圓狀態之外層 =皮21 ，而製成較佳品質玻璃纖維原紗（玻璃纖維 結構，可大幅降低不良品的損失者。 健 ^外’本發明在收紗機7〇之前透過引取機6〇穩定控制的速 =來帶動玻璃纖維原紗(玻璃纖維)20，可降低收紗機刊捲取的 漿披荷喊節源的製程又能制較穩定品質的上 所述本發明「玻璃纖維紗(玻璃纖維)披覆押出包紗法」， 由ίί以被，紗易於配合製造之流程速度，而押出機以大於 六:的平行壓力押出流體固態塑膠之押出披覆，不須攪拌及 谷劑㈣免浪費資源、污染環境及危害操作人員健康；又可 7 1332042 將玻璃纖維原紗（玻璃纖維)披覆成較穩定接近真圓塑 品質結構，降低不良品損失，又以冷卻定型取代料定型減^ 源耗費及縮短定型步驟，以加速製造流程提升生產效率且 容易清潔保養以延長使用壽命’具多重進步性與經濟效益達f。 綜上所述，當知本發明具有產業上利用性^^吐&且, 發明未見於任何刊物，亦具新穎性，當符合專利法之規_ < 法提出發明專利申請，懇請貴審查委員惠准專利為。支又 【圖式簡單說明】 ^ 第1圖：係一般舊式包紗披覆之流裎示意圖。1332042 VII. Designated representative map: () The designated representative figure in this case is the picture (3). (2) A brief description of the symbol of the representative figure: 20. 30. ..... creel 20'··· 31·... glass fiber original yarn (glass fiber) .. guide 40 .....Extrusion machine 41.... 42... Plastic hopper 50. 51.... 60... ... extractor 61... steady speed guide wheel, invention description: 70.. .. 71... Rolling wheel [Technical field to which the invention belongs] ® This creation is mainly about the innovation of the process of the coating process of glass fiber yarn (glass fiber). [Prior Art] According to the first diagram, it is a schematic diagram of the process of the general old-style yarn wrapping. The yarn-wrapping equipment 1 mainly includes the original winding of the yarn by a yarn-feeding machine π. The yarn is released at a suitable turning speed and pulled out through a plastic dissolving tank 12 to make the plastic coated original yarn 'formed by a molding die 13 and then passed through a dryer 14 for warming and baking, and finally The yarn wrapping process is completed by a winding machine 15 to complete the yarn wrapping process. SUMMARY OF THE INVENTION ^ Technical problem to be solved: However, as described above, the speed at which the raw yarn is released from the yarn discharge machine 11 to the speed of the reeling machine 15 after molding must be synchronized with the 'speed process coordination. Not easy, one of its shortcomings. Furthermore, the plastic in the plastic dissolution tank 12 must be added with a volatile solvent to make the plastic liquid-like, and it must be continuously stirred and added with a solvent to keep it in a liquid state, which is a waste of resources and environmental pollution, and endangers the health of the operator. of two. Moreover, when the original yarn is wrapped by a molding die, the plastic skin is in a liquid state, which will make the molded plastic skin structure unstable, and the quality of the coated product is reduced, which is the third disadvantage. 4 1332042 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Reduce the rotation, relatively increase the length of the work boat and the cost of working hours. When the raw yarn finished for the short-term production process is taken up by the winder, the motor load and process cost are increased because of the resistance of the process speed. The waste of power supply, FI, 2 shows the cross-section of the original yarn structure covered by the conventional yarn wrapping method. The plastic skin 21 covered by the outer surface of the 2G yarn is still unpleasant liquid, high; Covered plastic skin 21 in the sun or high temperature ring into "difficult, ^ 2 2: there is a sticky hand" and in addition to the dust impurities, but also the shape of the box of the old-style wrap-coated process of many shortcomings, and innovative invention The main body of the shackle is to provide a glass fiber yarn (glass fiber) and a creel frame to passively discharge the yarn. It can be easily combined with the speed of manufacture. The system is provided with a kind of glass fiber yarn (glass fiber). Waste of resources, pollution of the environment and the operator does not need to supply 四 (4) Thousands of squeezing out into a more stable plastic skin structure, the economy = the person who covered the yam, the glass fiber yarn (glass fiber) quickly made the flow of training The brain of the brain (four) steps, and the addition of 5 1332042 The speed of the glass fiber yarn (glass fiber) is controlled by the single-condition of the extractor. The speed adjustment is used to simplify the operation procedure, and the finished coiling resistance, motor load and electric test f are reduced. The system of the sixth f is used to provide a kind of glass fiber yarn (glass fiber) with a parallel pressure of the two-two-two gravitational force in the gravity of the solid plastic package = the skin is covered with the original fiber yarn. The technical means of solving the problem of being close to the true round state: Fiber = w The invention mainly winds the glass fiber raw yarn (glass fiber) which is drawn by the glass fiber original yarn (glass warp year-light) Sliding the guide seat first, and then pulling the extruder through the forming 楳, to draw the outer surface of the 披 披 龄 龄 龄 玻 玻 玻 玻 玻 玻 玻 玻 玻 玻 玻 玻 玻 玻 玻 玻 玻 玻 玻 玻 玻 玻 玻 玻 ^ ^ ^ ^ ^ ^ Cooling and guiding group is used to control the raw wrapping process by the motor-driven steady speed guide wheel. ί (4) Winding of the winding of the winding machine in the winding machine is completed [Embodiment] Build ===;=Example, introduction The creation of this creation is the next step of the invention. The system consists of - mainly - roll glass fiber _ yarn (glass fiber can, set frame - smooth guide / 31 after =: = glass fiber original yarn (glass fiber lion a bet = (^ = 4 = = ^ yarn) (Wei fiber still passes through the heating pipe plus ... A extrusion machine 40 is fed by a plastic hopper 42 through a 4 grab body solid' and sent to the molding die 41 to cover the glass fiber raw yarn (glass 6 1332042 glass fiber) 20 The method is to increase the screw pressure in the tube, and it is formed in parallel with the passing glass fiber (glass fiber) 20 and is stably formed, and then pulled to a = 50; no need to stir and add solvent to avoid wasting resources, polluting the environment and ^ For the health hazard. Styling procedure: glass fiber raw yarn (glass fiber) 2〇' by the front overmolding structure, pull-cooling groove 5G (as shown in the figure is _ internal;; wheel 51 The inner tank of the water tank is made of the glass fiber original yarn of the overmolded fabric. The cooling and shaping of the glass fiber is then pulled to a picker 6 〇; replacing the crucible with the cooling shape can reduce the power consumption and reduce the (four) working time. Accelerating the manufacturing process and improving the production efficiency are progressive, and the cooling tank 50 can also be a bellows with a expanding wheel. 'Speed stability ^ program: the cooling (four) after the 峨 赖 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The speed of the production line to the winder is driven by the extraction conditions to form a stable speed control and reduce the resistance of the original yarn. Winding procedure: The glass fiber primary (glass fiber) 20' winding which is pulled out by the pick-up machine 60 steady speed guide 61 is taken up by the take-up reel 71 of the winding machine 7〇. FIG. 4 is a cross-sectional view showing the structure of the original yarn covered by the present invention. In the first embodiment, the machine 40 is extruded with a fluid solid-state plastic at a parallel pressure greater than the gravity of the earth. _' when formed into a layer close to the true round state = skin 21, and made a better quality glass fiber raw yarn (glass fiber structure, can greatly reduce the loss of defective products. Jian ^ outside 'the present invention in the winder 7 Before the 〇 透过 透过 透过 透过 透过 引 引 引 引 引 引 引 引 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃 玻璃The invention relates to a "glass fiber yarn (glass fiber) coating and extrusion wrapping method", which is easy to match the manufacturing process speed, and the extruder presses out the fluid solid plastic with a parallel pressure greater than six: No need to stir and gluten (4) to avoid wasting resources, pollute the environment and endanger the health of the operators; and 7 1332042 to coat the glass fiber raw yarn (glass fiber) into a stable and close to the true round plastic quality structure, reducing the loss of defective products, Cooling Substituting the type and reducing the source cost and shortening the setting steps to speed up the manufacturing process to improve production efficiency and easy to clean and maintain to prolong the service life. 'Multiple progress and economic benefits up to. In summary, when the invention is industrially known The use of ^^ spit & and, the invention is not found in any publication, but also novelty, when complying with the provisions of the Patent Law _ < law to file an invention patent, please ask the reviewer to pay for the patent. Explanation] ^ Fig. 1 is a schematic diagram of the flow of a general old-style wrap.
第2圖：係習式包紗法彼覆的原紗結構斷面剖示圖。 第3圖：係本發明之玻璃纖維紗（玻璃纖維）包紗坡覆流 意圖。 设机王不 纖維)原紗結構斷 第4圖：係本發明彼覆的玻璃纖維紗(玻璃 面剖示圖。 【主要元件符號說明】 10……包紗披覆設備 11.. ....出紗機 51......橢輪 13、 41……成型槽 15、70......收紗機 20·· ....原紗 20’……玻璃纖維原紗(玻璃纖維） 21、21’……塑膠皮 30.· ....紗架 40……押出機 42.· ….塑膠料斗 51......橢輪 60" ….引取機 71......捲取輪 12···..‘塑膠溶解槽 14···...乾燥機 31......導座 50......冷卻槽 61···...穩速導輪 8Fig. 2 is a cross-sectional view showing the structure of the original yarn by the conventional method of wrapping yarn. Fig. 3 is a view showing the flow of the glass fiber yarn (glass fiber) of the present invention. The machine is not fiber) The original yarn structure is broken. Figure 4: The glass fiber yarn of the present invention (glass surface cross-section. [Main component symbol description] 10... Wrap coating equipment 11.. ... Yarn exiter 51...elliptical wheel 13,41...forming groove 15,70...winding machine 20·....original yarn 20'...glass fiber original yarn ( Glass fiber) 21, 21'... plastic skin 30.·.. creel 40... squeezing machine 42..... plastic hopper 51... ellipsoidal 60" .... extractor 71.. ....Reeling wheel 12···..'Plastic dissolving tank 14···...Dryer 31...Guide 50...Cooling tank 61···.. Stable speed guide wheel 8