M353926 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種收縮膜自動拉伸複捲機，特別係 指一種可將收縮膜經拉伸裝置拉伸後，經由張力控制裝置 控制收縮膜之輸送張力，再將拉伸後之收縮膜輸送至複捲 裝置進行複捲，在不停機之狀態下，可達到快速拉伸與複 捲收縮膜，可大幅增加產量者。 【先前技術】 汉，取从巴瑕初〇-口之收縮膜，主要係由收縮膜襲 造機製造出收縮膜，收縮膜在製作完成後大都係由一捲筒 捲收成一大捲，然，收縮臈製造機所製造出之收縮膜具有 較厚之厚度，故須經由拉伸機將收縮膜拉薄以供方便包裳 使用，而一般拉伸後之收縮膜係先捲收成一大捲，待整捲 收縮膜拉伸概後，再觸大齡伸後之收縮職移至複 捲機上，經由複捲麟大捲之㈣職捲献捲小捲之收 縮臈’以供使用者方便使用，然，習知之收縮膜在經過拉 伸後須將拉伸機停機，再將拉伸後之收縮臈搬移至複捲機 上進行複捲，每-大捲德_在㈣與祕之間均須停 機來將收_搬移裝設，在停機、搬移及雜上極為費時 、費事，故㈣及複捲之產量有限；緣此，本創作人抄 於習知收_之製造存在有如上叙缺失，乃加以研究；1 设計，遂得以首創出本創作。 f新型内容】 M353926 本創作之主要目的，係在提供一種無須停機，即可達 到快速拉伸與複捲收縮膜，可大幅增加產量之收縮膜自動 拉伸複捲機。 本創作之特徵，包括有：M353926 V. New description: [New technical field] This creation is about a shrink film automatic stretching and rewinding machine, especially one that can shrink the shrink film after stretching through a stretching device and control the shrinkage through the tension control device. The tension of the film is conveyed, and the stretched film is conveyed to the rewinding device for rewinding, and the film can be quickly stretched and rewinded without stopping the machine, which can greatly increase the yield. [Prior Art] Han, taking the shrink film from the beginning of the mouth of the Bashu, mainly by the shrink film attack machine to produce the shrink film, the shrink film is mostly made up of a roll of a roll after the production is completed, of course, The shrink film produced by the shrinking boring machine has a thick thickness, so the shrink film must be thinned by a stretching machine for convenient use, and the shrink film after stretching is first rolled into a large roll. After the whole shrinkage film is stretched, the contraction position of the older stretched body is moved to the rewinder, and the shrinkage 臈 of the small roll of the vol. However, the conventional shrink film has to be stopped after stretching, and then the stretched shrinkage 臈 is moved to the rewinder for rewinding, and each _ _ _ _ between (4) and secret It is extremely time-consuming and troublesome to stop and move, and it is very time-consuming and troublesome to stop, move, and miscellaneous. Therefore, the output of (4) and re-rolling is limited. Therefore, the creator of this essay has a lack of manufacturing as described above. Is to study; 1 design, 遂 was able to create this creation. f New Content] M353926 The main purpose of this creation is to provide a shrink film automatic stretching and rewinding machine that can achieve rapid elongation and rewinding shrink film without stopping the machine and can greatly increase the output. Features of this creation, including:
拉伸裝置，係設有機架，於機架内設有送料捲軸，於 送料轉軸之一側設有送料壓輪，於機架内設有數個不同轉 速之拉伸轉輪，該等拉伸轉輪之輪面上設有切花，於各拉 伸轉輪間及上下方均設有導輪，於機架内另設有收料導輪 ，該收料導輪之一側設有收料壓輪，於機架上另設有輸送 導輪； 複捲裝置，係設置於拉伸裝置之外側，該複捲裝置係 設有機架，於機架上設有入料斗，該入料斗内供填震有數 個紙筒，於场相設有導侧，於麵上設有轉盤，該 轉盤上设有供紙筒設置之定位支柱，觀上另設有導 於機架上設有連桿，該連桿之中間設有滾輪，該滾輪係設 為支軸’於連桿之-端設有導輪，另端設有壓輪，該壓輪 係設於定位支柱之—側，於機架上設有切刀，於轉盤之 方設有集收架； 張力控制裝置，係設於㈣裝·複職置之間，該 張力控制裝置係設錢定座，_定絲設於複捲裝 機架上’定座上設有數個導輪，_定座之下 位置處設有歸，鋪叙1係設妓軸，該支轴係二 於複=裝置之機架上，該支軸之位置設有偵·，於^ 上設有數個導輪。 擺’ M353926 f實施方式j 一有關摘作為達上述之制目的與功效，所採用之技 術手兹舉出較佳可行之實施例，並配合圖式所示，詳 述如下·· 本㈤作之只把例，請參閱第一圖所示，主要係設有一 拉伸4置卜-複捲裝置2及一張力控制裝置3所組成，其 中’拉伸裝置1主要係設有—機架1〇，於機架1〇内設有一 送料捲軸η，於送料轉軸u之―侧設有—送侧輪12， 於機架H)内設有數個不同轉速之拉伸轉輪13，該等拉伸轉 輪13之輪面上設有切花，於各拉伸轉輪13間及上下方均 設有-導輪14，於機架1G内另設有—收料導輪15，該收 料導輪15之-側設有一收料壓輪16，於機架ι〇上另設有 輸送導輪π; -複捲裝置2，係設置於拉伸裝置ι之外側 ，該複捲裝置2係設有-機架2G，於機架2Q上設有一入料 斗2卜該入料斗21内供填裝有數個紙筒恐，於入料斗21 内設有導料槽210，於触2〇上設有魅23，該轉盤23 上設有供紙筒22設置之定位紐23{)，馳23上另設有導 輪23卜於機架20上設有-連桿24，該連桿％之中間設 有-滾輪240，該滚輪240係為支轴，於連桿％之一端設 有-導輪24卜另端設有-壓輪242，於機架2〇上設有一 切刀25 ’於轉盤23之下方設有集收架26，該集收架洗係 用以集收複捲後之收賴A 張力控概置3，係設於拉 伸裝置i與複捲裝置2之間，贿力控制裝置触一 固定座30 ’該固定座30係設於複捲裝置2之機架2〇上， M353926 =座3〇上設有數個導輪31，於固定座30之下方適當 位有一擺臂32 ’該擺臂32之一端係設有一支軸33 ，该支軸33係設於複捲t置2之機架2〇上，該支軸33之 位置設有1«34，於擺f32上設有數個導輪％。 使料❼閱第—〜四®所示，首先將大捲之收縮 職設於㈣裝置1之送料編1上，位於送料轉軸η =之送料壓輪12則轉於收縮膜八上，將收縮膜織設於 ^伸轉輪13與各導輪14間，藉由各拉伸轉輪13之不同 疋k度之速差產生拉伸比，使收縮膜A在經由各拉伸轉輪 13之過私中被拉伸’被拉倾之收縮獻可被延長且變薄， 而被拉伸後之收賴A再繞設於㈣導輪丨5無料壓輪W 間，其收料壓輪16健持魏料導輪15上，再將收縮膜A 經由輸送導輪17輸送至張力㈣裝置3,魏麵细依序 繞設於固找3G無臂32上之抖輪3卜35，再由固定 座30上最内端之導輪31將收縮膜蹲送至複捲裝置2之機 架2〇内’收縮膜A經由連桿24 -端之導輪241繞設於中間 之滾^240，再繞設於另一端之壓輪⑽，最後繞設於轉盤 23上及位支柱23〇之紙筒22上，藉由定位支柱23〇之旋轉 2收’將收縮膜A複捲於紙筒22上，當收縮膜A複捲至所設 定之大小後，轉盤23則旋轉一百八十度（如第三、四圖所 不），使收縮膜A被拉移並跨設於轉盤23上之導輪231，而 轉盤23上之另一設有紙筒22之定位支柱230貝ij旋轉至複 捲位置，複捲收縮臈A後之紙筒22則旋移至集收架26之上 方，而機架20上之切刀25則向下旋移，將跨設於導輪231 M353926 上之收縮膜A予以切斷，複捲後之收縮膜a則向下落入於隼 收架26上集收，而另一紙筒22則進行複捲動作，如此， 可快速的進行拉伸與複捲之動作。 而當複捲裝置2在進行複捲收縮膜A，其收縮膜a剛捲 繞於轉盤23上之紙筒22時’因收縮膜a捲繞於紙筒22上 一圈所須之捲繞長度較短，而拉伸裝置丨對收縮膜4之拉伸 係為一定速度，故所拉伸出之收縮膜4長度則為一定，而複 捲裝置2之紙筒22在剛進行複捲動作時，所須之收縮膜A 長度較短，當收縮膜A拉伸後輸送至複捲裝置2時，其收縮 膜A待複捲之長度會增長，使收縮膜A繞設於 之固定㈣細32地力娜，鱗 置3之擺f 32則以支軸33為支點會向下旋移擺動（如第 四，所示）’可將輸送中之收縮膜維緊，保持收縮膜A輸 送枯之張力，而當收縮膜A捲繞於轉盤23上之紙筒22呈越 來越大之直徑時，因收縮膜A捲繞於紙筒22上一圈所須之 捲繞長度增加，而拉伸裝置丨對收縮膜4之拉伸仍為一定速 度，故所拉伸出之收縮膜A長度係為一定，當收縮膜a拉伸 後輸送至複捲裝置2時，其收縮獻待複捲之長度則會變短 ’使收縮膜A,繞設於張力控制裝置3之固定座3〇 上之張力則會變緊，此時張力控制裝置3之擺臂32貝;以支 轴33為支點向上旋移擺動（如第二圖所示），可保持收縮 臈A輸送時之張力鬆緊度，如此，藉由張力控制裝置3可控 制收縮膜杨㈣裝置丨輸送域難置2上之張力，並^ 由偵測器34來侧拉伸裝置1之拉伸速度，進而控制複^ 7 M353926 裝置2之複捲速度，並可調整輪送中收縮膜A之張力鬆緊度 ，本創作可將收縮膜A經拉伸裝置1拉伸後，再經由張力控 制裝置3將拉伸後之收縮膜A直接輸送至複捲裝置2進行複 捲，在不停機之狀態下，即可將收縮膜4由拉伸裝置丨直接 輸送至複捲裝置2上，無須停機來搬移換裝收縮膜4， 拉伸與複捲之一貫作業，可達到快速拉伸與複捲之動作， 可大幅增加產量，並可節省人力及工時。 綜上所述，本創作確實已達到所預期之使用目的與功 效，且更較習知者為之理想、實用，惟，上述實施例僅係 針對本創作較佳實施例進行具體說明而已，此實施例並非 用以限縣創狀t請專職圍，舉凡其它未脫離本創作 所揭示之技術手段下所完成之均等變化與修飾，均應包含 於本創作所涵蓋之申請專利範圍中。 【圖式簡單說明】 第一圖所示係為本創作實施例之示意圖。 第二圖所示係為本創作實施例收縮膜複捲時張力控制裝置 擺臂向下擺動之示意圖。 第三圖所示係為本創作實施例轉盤旋轉之動作示意圖。 第四圖所科' 為本創作實關I麵複捲時張力控制裝置 擺臂向上擺動之示意圖。 【主要元件符號說明】 1拉伸裝置 10機架 13拉伸轉輪 11送料轉軸 14導輪 12送料壓輪 15收料導輪 M353926 16收料壓輪 17輸送導輪 2複捲裝置 20機架 21入料斗 210導料槽 22紙筒 23轉盤 230定位支柱 231導輪 24連桿 240滾輪 241導輪 242壓輪 25切刀 26集收架 3張力控制裝置 30固定座 31導輪 32擺臂 33支轴 A收縮膜 34偵測器 35導輪The stretching device is provided with a frame, and a feeding reel is arranged in the frame, and a feeding pressure roller is arranged on one side of the feeding rotating shaft, and a plurality of stretching rotating wheels with different rotation speeds are arranged in the frame, and the stretching rotation is performed. A cutting flower is arranged on the wheel surface of the wheel, and a guide wheel is arranged between each of the stretching wheels and the upper and lower sides, and a receiving guide wheel is further arranged in the frame, and a receiving pressure is arranged on one side of the receiving guiding wheel The wheel is further provided with a conveying guide wheel on the frame; the rewinding device is disposed on the outer side of the stretching device, the rewinding device is provided with a frame, and the loading hopper is arranged on the frame, and the feeding hopper is filled There are several paper tubes in the earthquake, and there is a guide side on the field side, and a turntable is arranged on the surface, and the turntable is provided with a positioning pillar provided with a paper tube, and the guide rail is provided with a connecting rod on the frame. A roller is arranged in the middle of the connecting rod, the roller is set as a supporting shaft, and a guide wheel is arranged at the end of the connecting rod, and a pressing wheel is arranged at the other end, and the pressing wheel is arranged on the side of the positioning pillar on the frame. There is a cutter, and a collecting frame is arranged on the side of the turntable; the tension control device is arranged between the (four) loading and reinstatement, and the tension control device is provided with a money seat _The fixed wire is set on the rewinding rack. 'There are several guide wheels on the fixed seat. _The position below the fixed seat is set to return. The first set is the 妓 shaft. The support shaft is the second machine. On the frame, the position of the fulcrum is provided with a plurality of guide wheels on the ^. The "M353926 f implementation method j" is related to the purpose and function of the above-mentioned system. The technical method adopted is a better and feasible embodiment, and as shown in the figure, the details are as follows: · (5) For example, please refer to the first figure, which is mainly composed of a stretching 4 set-rewinding device 2 and a force control device 3, wherein the 'stretching device 1 is mainly provided with a frame 1〇 a feeding reel η is disposed in the frame 1〇, and a side wheel 12 is disposed on a side of the feeding shaft u, and a plurality of stretching wheels 13 of different rotation speeds are arranged in the frame H), and the stretching is performed. A cut flower is arranged on the wheel surface of the runner 13, and a guide wheel 14 is disposed between each of the tension runners 13 and above and below, and a receiving guide wheel 15 is further disposed in the frame 1G, and the receiving guide wheel There is a receiving pressure roller 16 on the side of the 15th, and a conveying guide wheel π on the frame ι; a rewinding device 2 is disposed on the outer side of the stretching device ι, and the rewinding device 2 is provided - Rack 2G, a hopper 2 is provided on the frame 2Q. The hopper 21 is filled with a plurality of paper tubes. The hopper 21 is provided with a guide groove 210, and the hopper is provided with a charm. 2 3, the turntable 23 is provided with a positioning button 23{) provided by the paper tube 22, and a guide wheel 23 is provided on the 23, and a link 24 is provided on the frame 20, and the link is provided in the middle of the link a roller 240, the roller 240 is a support shaft, a guide wheel 24 is provided at one end of the connecting rod, and a pressure roller 242 is provided at the other end, and all the blades 25' are disposed on the frame 2' on the turntable 23 The collecting frame 26 is arranged below, and the collecting frame is used for collecting and retracting the A tension control device 3, and is disposed between the stretching device i and the rewinding device 2, and the bribe force control device The fixing base 30 is disposed on the frame 2 of the rewinding device 2, and the M353926=the seat 3 is provided with a plurality of guide wheels 31, and a swing arm 32' is disposed under the fixing base 30. One end of the swing arm 32 is provided with a shaft 33 which is disposed on the frame 2 of the rewinding t2, and the position of the support shaft 33 is set to 1«34, and the number of the swing shafts 32 is set. % of guide wheels. According to the first-to-four®, the shrinkage of the large roll is first set on the feed 1 of the device (4), and the feed roller 12 at the feed shaft η = is transferred to the shrink film 8 and will shrink. The film is woven between the stretching wheel 13 and each of the guide wheels 14, and the stretching ratio is generated by the difference in speed of each of the stretching wheels 13 to make the shrinking film A pass through the respective stretching wheels 13. In the case of being stretched in the private, the contraction of the stretched tip can be extended and thinned, and the stretched A is then wound around the (four) guide wheel 丨5 without the pressure roller W, and the receiving roller 16 is received. On the holding material guide wheel 15, the shrink film A is transported to the tension (4) device 3 via the conveying guide wheel 17, and the Wei surface is sequentially wound around the grinding wheel 3b 35 on the solid looking 3G armless 32, and then The innermost guide wheel 31 on the fixing base 30 feeds the shrink film to the frame 2 of the rewinding device 2, and the shrink film A is wound around the middle of the roller 240 via the connecting rod 24 - end. The pressure roller (10) is further wound around the other end, and finally wound on the paper tube 22 of the turntable 23 and the position post 23〇, and the shrink film A is rewinded on the paper tube 22 by the rotation 2 of the positioning post 23〇. On, when the shrink film A is rewinded to the set After the size is determined, the turntable 23 is rotated by one hundred and eighty degrees (as shown in the third and fourth figures), so that the shrink film A is pulled and straddles the guide wheel 231 on the turntable 23, and the other on the turntable 23 The positioning post 230 provided with the paper tube 22 is rotated to the rewinding position, and the paper tube 22 after the rewinding contraction A is rotated to the upper side of the collecting frame 26, while the cutting blade 25 on the frame 20 is downward. The shrink film is cut by the shrink film A which is disposed on the guide wheel 231 M353926, and the shrink film a after the rewinding is collected on the take-up frame 26, and the other paper roll 22 is rewinded. The action, so, can be quickly stretched and rewinded. When the rewinding device 2 is performing the rewinding film A, the shrink film a is just wound around the paper tube 22 on the turntable 23, 'the winding length required for the shrink film a to be wound around the paper tube 22 The length of the stretching film 4 of the stretching device is a certain speed, so that the length of the stretched film 4 is constant, and the paper tube 22 of the rewinding device 2 is just in the rewinding operation. The shrink film A required has a short length. When the shrink film A is stretched and then transported to the rewinding device 2, the length of the shrink film A to be re-wound is increased, so that the shrink film A is wound around it (four) fine 32地力娜, squaring set 3 pendulum f 32 will pivot downward with the support shaft 33 as the fulcrum (as shown in the fourth, shown) 'The shrink film in the transport can be tightened to maintain the tension of the shrink film A transport When the paper tube 22 wound by the shrink film A on the turntable 23 has an increasingly larger diameter, the winding length required for the shrink film A to be wound around the paper tube 22 is increased, and the stretching device is increased. The stretching of the shrink film 4 is still a certain speed, so the length of the stretched film A is constant, and when the shrink film a is stretched and transported to the rewinding device 2, The length of the shrinkage to be rewinded is shortened. 'The tension film A is wound around the fixing seat 3 of the tension control device 3, and the tension of the tension control device 3 is 32; The fulcrum 33 is pivoted upward by the fulcrum (as shown in the second figure), and can maintain the tension tightness when the 臈A is conveyed. Thus, the tension control device 3 can control the shrink film yang (4) device 丨 transport field is difficult to set 2 tension, and the tensile speed of the device 1 is pulled by the detector 34, thereby controlling the rewinding speed of the remanufacturing machine 2, and adjusting the tension tightness of the shrink film A in the transfer. In the present invention, the shrink film A can be stretched by the stretching device 1, and then the stretched shrink film A can be directly conveyed to the rewinding device 2 via the tension control device 3 for rewinding, without stopping the machine. The shrink film 4 is directly conveyed to the rewinding device 2 by the stretching device, and the shrink film and the rewinding operation can be carried out without stopping the movement, and the stretching and rewinding operations can be performed, and the action of rapid stretching and rewinding can be achieved. Increase production and save manpower and man-hours. In summary, the present invention has achieved the intended purpose and effect, and is more desirable and practical than the prior art. However, the above embodiments are only specifically described for the preferred embodiment of the present invention. The examples are not intended to limit the creation of the county. All other changes and modifications that have been made without departing from the technical means disclosed in this work should be included in the scope of the patent application covered by this creation. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a schematic view of an embodiment of the present invention. The second figure shows a schematic view of the swing arm of the tension control device swinging downward when the shrink film is rewinded in the creation embodiment. The third figure is a schematic view of the rotation of the turntable of the present embodiment. The fourth figure is a schematic diagram of the swinging arm swinging upward when the tension is controlled by the tension control device. [Main component symbol description] 1 stretching device 10 frame 13 stretching wheel 11 feeding shaft 14 guide wheel 12 feeding pressure roller 15 receiving guide wheel M353926 16 receiving pressure roller 17 conveying guide wheel 2 rewinding device 20 frame 21 into the hopper 210 guide trough 22 paper tube 23 turntable 230 positioning post 231 guide wheel 24 link 240 roller 241 guide wheel 242 pressure wheel 25 cutter 26 set rack 3 tension control device 30 mount 31 guide wheel 32 swing arm 33 Pivot A shrink film 34 detector 35 guide wheel