M349917 八、新型說明： 【新型所屬之技術領域】 本創作係為一種捲裝薄帶狀材料（如·膠膜、 保鮮膜或鋁箔紙等）的複捲 ^ 、 ^M^ ^ 拖機尤指一種設置於複 機的真工滚軸，用以吸附或放開帶狀材料的結構。 【先前技術】 *吾人常見用的帶狀材料有膠膜、保鮮膜及銘箱 紙等等，由於這些帶狀材料大量製造時，係捲製成 較大較厚的筒狀原料，為方便收納及使用’通常會 再刀裝至較小的料筒；般係使用複捲機，將具有 大量帶狀材料的原料筒，分裝成小量以便供使用者 使用。如.中華民國新型專利第M338233號專利『快 速自動複捲機』，請參閱第1圖所示，這種複捲機1 主要係叹有一機台u，於機台丨丨上設有具導料槽 121的入料斗12 ’而導料槽121下方係設有定位擋 體122 ’機台11上對應導料槽121的下方位置並設 有轉盤13 ’該轉盤13上係等距詨有數支定位支 柱131 ’於轉盤13的側邊並設有一承架14，該轉盤 與承架14間係設有數個導輪1 5及壓輪1 6，且壓輪 16係壓持於導輪丨5上，另該轉盤13的定位支柱131 與導輪15靠合處的下方，係設有一鋸齒刀切斷裝置 17 ’而在轉盤13下方並設置有一集收架18 ;使用 時’捲筒2由入料斗12經導料槽121導向後’而設 M349917 於轉盤13的定位支柱131上’而帶狀材剩· 3 (捆包 膜）則設於一侧的承架14上，一端係繞設於各導輪 15並由壓輪16壓持，利用導輪15與壓輪16轉動， 可將帶狀材料3捲製於捲筒2上，最後再由鋸齒刀 切斷裝置17切斷捲筒2與導輪15間的連結，落入 集收架18而完成分裝。 然’習用的複捲機進行分裝捲製時，經常會發 生前一個捲筒經切斷裝置裁斷帶狀材料後，該帶狀 材料的切割端常有因靜電因素，或者被風吹拂，又 或切刀的慣性作用而使該裁斷處起皺摺，並影響到 下一個捲筒的捲料動作，因此時而停機整理，故雖 是自動進料’進料雖然快速，但因為上述原因，而 不得不停機處理，故其實仍無法真正跳脫慢速生產 的命運’這是業界的瓶頸而無法突破。 是故’本創作人係設計了 一種可有效將裁切後 的薄帶狀材料一端平整地吸附’並可與下—個捲筒 直接進行捲料動作而不需要再停機，且可増加捲製 速度_及品質的結構。 【新型内容】 本創作之主要目的，旨在提供一種複捲機，主 要係於一機架上設有一上壓筒、一下壓筒、一真空 滚軸及複數個導向滾軸，其中，該真空滾軸的表面 係至少設有一排真空孔’或由複數排真空孔形成佈 M349917 滿於真空滾輪可圍霧德^ 固覆帶狀材料的真空區域，且二端 各連接設有一抽真办驻罢 „ .拥具i裝置，另該機架上方並設有一 入料軌道；據此，帶曲语粗 v狀原枓係由送料裝置依序穿過 複數個導向 >衰軸，而+ # & % ^ + 卞4•地吸附於真空滾軸上，料 筒則由，料軌道落入上堡筒、下壓筒及真空滚軸 間’再藉由真空滾軸的轉動而將帶狀原料捲設於料 筒上，大幅提昇分裝時的速度及品質。 【實施方式】 為使貴審查委員能清楚了解本創作之内容，僅 以下列說明搭配圖式，敬請參閱。 請參閲第2〜4圖所示，本創作主要係包括（如 第2圖所示）： —機架4 ’於機架4外部右側係設有一送料裝置 41，且送料裝置41係設有一支架411，支架411前 方並至少設有一料轴41 2，該料軸41 2上係裝填有 一帶狀材料5;而機架4的上方係設有一呈橫置ν 字形的入料執道42 ’用以承載複數根料筒6，使料 筒6可沿著入料軌道42逐次向下移動，該機架4的 入料軌道42下方（也就是入料轨道的束端）係設有 一擋料裝置43，以擋止料筒6的滾動，使其一次落 下一根料筒6，該機架4外側並設有複數個抽真空 裝置44及一動力裝置45 ’該動力裝置45係為一般 常見的馬達。 7 M349917 4〜設於機架4左側的下壓筒7,其係穿設於機架 間，一端並穿出而與動力裝置45作動力銜接，以 使該動力裝置45運轉時可帶動下壓筒7轉 τ m ^ 7 , 評切，另该 7—端係設有一拉動裝置（圖+未標號） 帶動下塵筒7往復擺動6 穿：設於下壓筒7右側的真空滾轴8，其二端分別 、機架4外，且真空滾軸8的表面軸向設有—M349917 VIII. New description: [New technical field] This creation is a rewinding of a packaged thin strip material (such as · film, cling film or aluminum foil), ^M^ ^ A real-purpose roller disposed on a double machine for adsorbing or releasing a structure of a strip material. [Prior Art] * The strip materials commonly used by us are plastic film, cling film and name box paper, etc. Since these strip materials are manufactured in large quantities, the coils are made into larger and thicker tubular materials for convenient storage. And the use of 'usually re-cutter to a smaller barrel; the general use of the rewinder, a large number of strips of material, the cartridge is divided into small quantities for the user to use. For example, the Republic of China new patent No. M338233 "Fast automatic rewinding machine", please refer to Figure 1, this rewinding machine 1 mainly sighs a machine u, with a guide on the machine The hopper 12' of the trough 121 is disposed below the guide trough 121 with a positioning stop 122' below the corresponding guide trough 121 on the machine table 11 and is provided with a turntable 13' The positioning post 131' is disposed on the side of the turntable 13 and is provided with a frame 14 . The plurality of guide wheels 15 and the pressing wheel 16 are disposed between the turntable and the frame 14 , and the pressing wheel 16 is pressed against the guide wheel 丨 5 Further, below the positioning post 131 of the turntable 13 and the guide wheel 15, a serrated knife cutting device 17' is disposed below the turntable 13 and a collecting frame 18 is disposed under the turntable 13; After the hopper 12 is guided by the guide groove 121, the M349917 is placed on the positioning post 131 of the turntable 13 and the strip left (3) is placed on the support 14 on one side, and the end is wound. The pulleys 15 are pressed by the pressure roller 16 and rotated by the roller 15 and the pressure roller 16, and the strip material 3 can be wound on the reel 2 and finally by the serrations. The knife cutting device 17 cuts the connection between the spool 2 and the guide pulley 15, and falls into the collecting frame 18 to complete the dispensing. However, when the conventional rewinding machine performs the reeling and rolling, it often happens that the cutting end of the strip material is cut by the cutting device, and the cutting end of the strip material is often caused by static electricity or by the wind. Or the inertia of the cutter causes the cutting to wrinkle, and affects the winding action of the next reel, so the machine is temporarily shut down, so although the automatic feeding 'feeding is fast, but for the above reasons, I have to stop processing, so I still can't really escape the fate of slow production. This is the bottleneck of the industry and cannot be broken. Therefore, the creator designed a kind of effective stripping of the cut strip material at one end and can directly perform the winding operation with the next roll without stopping, and can be rolled up. Speed _ and quality structure. [New content] The main purpose of the present invention is to provide a rewinding machine, which is mainly provided with an upper pressing cylinder, a lower pressing cylinder, a vacuum roller and a plurality of guiding rollers on a frame, wherein the vacuum is The surface of the roller is provided with at least one row of vacuum holes' or a plurality of rows of vacuum holes forming a cloth M349917. The vacuum roller can be used to surround the vacuum region of the strip material, and the two ends are connected with a vacuum station. ???. Supporting the i device, and another feeding track is arranged above the frame; accordingly, the thick v-shaped original cymbal is sequentially passed through the plurality of guiding > attenuation axes by the feeding device, and + # & % ^ + 卞4• The ground is adsorbed on the vacuum roller, and the barrel is dropped by the material rail into the upper fort, the lower cylinder and the vacuum roller' and then the belt is rotated by the rotation of the vacuum roller. The material roll is placed on the barrel to greatly improve the speed and quality of the dispensing. [Embodiment] In order to make the reviewer understand the contents of this creation, please refer to the following description. Please refer to it. As shown in Figures 2 to 4, this creation is mainly included (as shown in Figure 2). The rack 4' is provided with a feeding device 41 on the right side of the frame 4, and the feeding device 41 is provided with a bracket 411. The bracket 411 is provided with at least one shaft 41 2 in front of the bracket 411, and the shaft 41 2 is loaded. There is a strip of material 5; and the upper portion of the frame 4 is provided with a transversely-shaped z-shaped feeding channel 42' for carrying a plurality of barrels 6, so that the barrel 6 can be successively descended along the feeding track 42. Moving, the underside of the feed rail 42 of the frame 4 (that is, the bundle end of the feed rail) is provided with a retaining device 43 to stop the rolling of the cartridge 6 to drop one of the cartridges 6 at a time. The outer side of the frame 4 is provided with a plurality of vacuuming devices 44 and a power unit 45. The power unit 45 is a common motor. 7 M349917 4~ The lower pressing tube 7 disposed on the left side of the frame 4 is threaded. Between the racks, one end is pierced and connected to the power unit 45 for powering, so that the power unit 45 can drive the lower press tube 7 to rotate τ m ^ 7 , the cut, and the 7-end is provided with a pull The device (figure + unlabeled) drives the dust drum 7 to reciprocate and oscillate 6 through: the vacuum roller 8 disposed on the right side of the lower cylinder 7 Respectively, the outer frame 4, and the vacuum surface of the roller 8 is provided with an axial -
排以上的真空孔81 ’該真空孔81並得沿著真空滾 車二8的軸向分布—定的表面積’該表面積的區域二 帶狀材料5所圍覆的面積為最大限度，(如第3圖所 不’真空孔81的分布約佔了真空滚軸1/2的表面積) 的真空區域’而真线軸8的：端各與—抽真空裝 ^ 44相連接，以便由二端將真空滾軸8抽真空，使 母-真空孔81均產生真空吸力，用來吸附帶狀材料 5而真空滚ϋ 8的一端並與動力裝置45作動力銜Above the vacuum hole 81', the vacuum hole 81 is along the axial distribution of the vacuum roller 2-8, the surface area of the surface area is the maximum area covered by the strip material 5 (such as 3, the vacuum area 81 does not occupy the vacuum area of the vacuum roller 1/2 surface area, and the ends of the real bobbin 8 are connected to the vacuuming unit 44 so that the two ends will be The vacuum roller 8 is evacuated, so that the mother-vacuum hole 81 generates vacuum suction for adsorbing the strip material 5 and one end of the vacuum roll 8 is driven by the power unit 45.
嫌X驅動真空滾軸8進行轉動，將真空滚軸七上 的帶狀材料5捲製於料筒6表面；另，下壓筒7與 真空滾軸8間下方機架4上（如第2圖所示的： 側）、’係設有—集收架46，用來收集、收納已 的成品。 二設於下壓筒7與真空滾軸8間的上壓筒9，於 上壓筒9 一端各設有一升降裝置91，以帶動上壓筒 9二端同步進行升降，且上壓筒9係位於下壓筒7 與真空滾軸8的上方，使下壓筒7、真空滾軸8及 M349917 上壓同9間形成有一容置空間（圖中未標號），該容 置空間的大小恰可容置一料筒6，且上壓筒9可隨 著料_ 6捲製帶狀材料5而逐漸上升，增加容置空 門的大小，另該上壓筒9 一側係設有一切斷裝置 92切斷裝置92並設有—移動軌道921及一切刀 22且切刀922係於移動軌道921上往復移動，切 斷裝置92可隨著上壓筒9升降，並利用切刀Θ22靠 〇於真空滾軸8的表面，將帶狀材料5沿著真空滾 軸8 5又有真空孔81的側緣處切斷。 複數個設於機架4間的導向滾軸丨〇，用以 帶狀材料5。 的帶狀材料5 (可為膠膜、保鮮膜或鋁箔紙等 係拉出一段，依序穿設於每一個導向滚軸10、真 滾軸8、上壓冑9及下壓筒7間，並使帶狀材料 今部緊密靠合於每—導向滚轴1 〇、真空滾軸8、 壓筒9及下壓筒7的表面;運轉時，抽真空裴窨 α 具滾輛8產生真空吸力，使帶狀材料5 邛知則被真空滾軸8緊密吸附’而動力裝 驅動真空步;q 貝1 具/哀軸8、上壓筒9及下壓筒7正向或 轉動，以將帶狀材料5平均地捲製於料筒6表面 一 /閱第5〜9圖所示，請同時參閱第2 _ 示’本創作進行帶狀材肖5的分裝捲製時 圖 下列步驟： 係將 M349917 .第-步驟，吸住帶狀材料5,當抽 運轉時，可由真*宁鈾 二褒置44 于 田異工滚軸8二端分別進行抽真 乍，以在真空滾軸8表面的真空 、工 力，將帶狀材料5緊密地吸附於直办 生真空吸 緊在地及附於真空滾軸8的表而 而可由動力褒置45帶動真空滚軸8 表面’ 材料5轉動。 /、表面的帶狀 第二步驟’料筒6落下’開啟擋料装 料：道42放置的料筒6’逐-由入料執道= 巾洛入真空滾軸8、上壓筒9與下壓筒7門 的容置空間内。 間 第三步驟，壓制料筒6,由 裝置.帶動上壓筒9伴捭“二端的升降 合於料行6 h 呆持水平狀態向下移動而靠 、钭“表面’以將料筒6壓制於上壓冑 壓筒7及真空滾軸8間。 下 第四步驟’捲製’由動力裝置^帶動真空滚軸 、上壓筒9及下壓筒7轉動後’其中’真空 與下壓筒7作料針㈣，而上㈣9作順時針轉 動以將原本位於真空滚轴8表面的帶狀材料5， 平均地捲製於料筒6表面，捲製的過程中，由於受 到真空滾軸8、t廢错ο n 上壓请9及下壓筒7三點壓持，而 使得捲製的過程中不易產生氣泡或皺折，大幅提昇 了捲製時的品質。 第五步驟，切斷並收集，捲製完畢後的成品， 係由上壓筒9 一旁的切斷裝置92切斷，以使成品與 10 M349917 可狀材料5分開’而上麗汽 缓请9會上升重新歸位，再 藉由下壓筒7 —端的拉動梦 勒装置’拉動下壓筒7擺動， 而使成品由下壓筒7及直* ,、奋虹 具二滚軸8間落下，並收集 於集料架46上。據此， 由於本創作全採自動化生 產’其一貫化的製造流裎 L柱也可大幅提昇生產的速度。 上所述本創作在實施時將具有下列優點： 1·本創作係利用真空滾軸8緊密吸附帶狀材料 5,使帶狀材料5平整地靠合於真空滾軸8表 面’且於捲製時於料筒6表面形成多點壓持， 以提昇捲製時的品質。 2. 再者’由於本創作設有入料轨道42及集料架 46以提供料筒6與成品有良好的收納處。 3. 而本創作之切斷裝f 92，係#由切”㈣於 移動軌道921往復移動，將帶狀材料5與捲 製後的成品分開，以使其切口更加平整。 唯’以上所述者，僅為本創作之較佳實施例而 已，並非用以限定本創作實施之範圍，其他動力裝置 的選用，或是改變使用的切斷裝置，抑或是改變導 向滾軸的數量等，亦皆在本案的範疇之中；故此等 熟習此技藝所作出等效或輕易的變化者，將移動式 切斷裝置改變為鋼刀式切斷裝置等，在殘離本創 作之精神與範圍下所作之均等變化與修飾，皆應涵 蓋於本創作之專利範圍内。 综上所述’本創作之複捲機，係具有專利之創 11 M349917 作性，及對產業的利用價值；申請人爰依專利法之 規定，向 鈞局提起新型專利之申請。 12 M349917 [匮 丨式簡單說明】 第 1圖 ，為習複捲機的結構示意圖。 第 2圖 ，為本創作較佳實施例的立體外觀圖。 第 3圖 ，為本創作較佳實施例的結構示意圖。 第 4圖 為本作較佳實施例真空滾軸的立體圖 〇 第 5圖 ’為本創作較佳 實施例運轉時的動作圖（一 )° 第 6圖 ’為本創作較佳 實施例運轉時的動作圖（二 )° 第 7圖 ’為本創作較佳 實施例運轉時的動作圖（三 )。 第 8圖 ’為本創作較佳 實施例運轉時的動作圖（四 )。 第 9圖 ’為本創作較佳 實施例運轉時的動作圖（五 )° 【主要元件符號說明】 1 複捲機 n 機台 12 入料斗The X drive vacuum roller 8 is rotated, and the strip material 5 on the vacuum roller 7 is wound on the surface of the cylinder 6; and the lower press cylinder 7 and the vacuum roller 8 are placed on the lower frame 4 (such as the second As shown in the figure: The side is provided with a collection frame 46 for collecting and storing the finished product. The upper pressure cylinder 9 disposed between the lower pressure cylinder 7 and the vacuum roller 8 is provided with a lifting device 91 at one end of the upper pressure cylinder 9 to drive the upper end of the upper pressure cylinder 9 to be simultaneously raised and lowered, and the upper pressure cylinder 9 is Located above the lower pressure cylinder 7 and the vacuum roller 8, the upper pressure cylinder 7, the vacuum roller 8 and the M349917 are pressed to form an accommodation space (not labeled), and the size of the accommodation space is just right. A barrel 6 is accommodated, and the upper cylinder 9 can be gradually raised with the strip material 5 of the material _ 6 to increase the size of the empty door, and a cutting device 92 is disposed on the side of the upper cylinder 9 The cutting device 92 is provided with a moving rail 921 and all the knives 22 and the cutter 922 is reciprocally moved on the moving rail 921. The cutting device 92 can be lifted and lowered with the upper cylinder 9, and the cutter 22 is used to lean against the vacuum. On the surface of the roller 8, the strip material 5 is cut along the side edges of the vacuum roller 85 and the vacuum hole 81. A plurality of guide rollers 设 disposed between the frames 4 are used for the strip material 5. The strip material 5 (which may be a film, a wrap film or an aluminum foil paper, etc., is drawn through a section, and is sequentially disposed between each of the guide rollers 10, the true roller 8, the upper pressure 胄 9 and the lower pressure cylinder 7, And the strip material is closely attached to the surface of each of the guide roller 1 〇, the vacuum roller 8, the pressure cylinder 9 and the lower pressure cylinder 7; during operation, the vacuum 裴窨α has a roller 8 to generate vacuum suction , so that the strip material 5 is known to be closely adsorbed by the vacuum roller 8 and the power pack drives the vacuum step; the q shell 1 / the shaft 10, the upper cylinder 9 and the lower cylinder 7 are forward or rotated to bring the strip The material 5 is wound on the surface of the cylinder 6 on the surface of the cylinder 6 as shown in the figure 5 to 9 at the same time. Please refer to the 2nd _ shows the creation of the strip 5 in the following steps: M349917. In the first step, the strip material 5 is sucked, and when the pumping operation is performed, the two ends of the U-Ning uranium bismuth 44 can be respectively extracted on the surface of the vacuum roller 8 Vacuum, work force, the strip material 5 is closely adsorbed to the surface of the vacuum and is attached to the vacuum roller 8 and the vacuum roller 8 can be driven by the power device 45. The material 5 is rotated. /, the strip of the surface is in the second step 'the barrel 6 is dropped'. The opening material is filled. The barrel 6' placed on the road 42 is driven by the incoming material = the towel is inserted into the vacuum roller 8, and In the accommodating space of the pressure cylinder 9 and the lower pressure cylinder 7 door. In the third step, the charging cylinder 6 is driven by the device. The upper pressure cylinder 9 is driven by the "two-end lifting and closing of the material line for 6 hours. Move down and press the "surface" to press the barrel 6 between the upper pressing cylinder 7 and the vacuum roller 8. The fourth step 'rolling' is driven by the power unit ^ to drive the vacuum roller and the upper cylinder 9 After the lower cylinder 7 is rotated, the 'vacuum and the lower cylinder 7 are used as the needle (4), and the upper (four) 9 is rotated clockwise to roll the strip material 5 originally on the surface of the vacuum roller 8 to the cylinder 6 evenly. During the surface rolling process, due to the vacuum roller 8 and t, the upper pressing force 9 and the lower pressing tube 7 are pressed at three points, so that bubbles or wrinkles are less likely to occur during the winding process, and the volume is greatly increased. In the fifth step, the product is cut and collected, and the finished product after the winding is completed is cut by the cutting device 92 on the side of the upper cylinder 9. In order to separate the finished product from the 10 M349917 cleavable material 5, the upper levitation will be lifted and re-homed, and then pulled by the lower end of the lower pressure cylinder 7 to pull the lower pressure cylinder 7 to swing, so that the finished product is The lower cylinder 7 and the straight*, and the two rainbow rollers of the Fenhong are dropped and collected on the collecting frame 46. Accordingly, since the creation of the whole production is automated, the production of the flowing rogue L column can also be The speed of production is greatly improved. The above-mentioned creation will have the following advantages when implemented: 1. This creation uses the vacuum roller 8 to closely adsorb the strip material 5, so that the strip material 5 is smoothly fitted to the vacuum roller 8 The surface 'and a plurality of presses are formed on the surface of the cylinder 6 during rolling to improve the quality at the time of rolling. 2. Again, because the creation has a feed rail 42 and a collecting frame 46 to provide a good storage for the cartridge 6 and the finished product. 3. The cut piece f 92 of the present creation is reciprocated by the cutting (4) on the moving rail 921, and the strip material 5 is separated from the rolled product to make the slit more flat. It is only the preferred embodiment of the present invention, and is not intended to limit the scope of the present invention, the selection of other power devices, or the use of the cutting device, or the change of the number of guiding rollers, etc. In the scope of this case; therefore, those who are familiar with this technique to make equivalent or easy changes, change the mobile cutting device into a steel knife cutting device, etc., and make it under the spirit and scope of the creation. Equal changes and modifications shall be covered by the scope of the patent of this creation. In summary, the 'rewinding machine of this creation is patented 11 M349917, and the value of the use of the industry; The law stipulates that an application for a new patent should be filed with the bureau. 12 M349917 [Simple description of the raft] Fig. 1 is a schematic view of the structure of the rewinder. Fig. 2 is a perspective view of the preferred embodiment of the present invention. Fig. 3 is a schematic view showing the structure of a preferred embodiment of the present invention. Fig. 4 is a perspective view of a vacuum roller according to a preferred embodiment. Fig. 5 is a view showing the operation of the preferred embodiment of the present invention. Fig. 6 is a view showing the operation of the preferred embodiment of the present invention (2). Fig. 7 is an action diagram (3) of the preferred embodiment of the present invention. Fig. 8 'Complete creation Figure 4 is a diagram of the operation of the preferred embodiment during operation. Fig. 9 is a diagram showing the operation of the preferred embodiment of the present invention (5) ° [Description of main components] 1 Rewinder n Machine 12 Feed hopper
121 122 13 131 14 15 16 導料槽 定位擋體 轉盤 定位支枝 承架 導輪 壓輪 鋸齒刀切斷裝置 集收架 13 18 M349917121 122 13 131 14 15 16 Guide groove Positioning block Turntable Positioning branch Frame Guide wheel Pressure roller Serrated knife cutting device Collecting frame 13 18 M349917
2 捲筒 3 帶狀材料 4 機架 41 送料裝置 411 支架 412 料軸 42 入料.執道 43 擋料裝置 44 抽真空裝置 45 動力裝置 46 集料架 5 帶狀材料 6 料筒 7 下壓筒 8 真空滚軸 81 真空孔 9 上壓筒 91 升降裝置 92 切斷裝置 921 移動軌道 922 切刀 10 導向滾轴 142 Reel 3 Ribbon material 4 Rack 41 Feeding device 411 Bracket 412 Material shaft 42 Feeding. Road handling 43 Material blocking device 44 Vacuuming device 45 Power unit 46 Collecting frame 5 Strip material 6 Cartridge 7 Lower cylinder 8 Vacuum roller 81 Vacuum hole 9 Upper cylinder 91 Lifting device 92 Cutting device 921 Moving rail 922 Cutter 10 Guide roller 14