M396159 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種膠帶之製造設備，尤指一種須烘 乾膠帶中所使用之膠黏劑之膠帶之製造設備。 、/、 【先前技術】 目刖市面上的膠帶種類繁多，依使用需求不同，而有 不同黏貼方式的膠帶。第1A0，係顯示—種習知之便 貼的膠帶1所捲繞而成的膠帶捲，該膠帶丨係由基材及 黏結於該基材10側邊上之片材u所構成，如第土 π圖所 不，且該片材11之第-表面lla具有用以將該片材u黏 接至基材10上之第一膠黏劑110，而第二表面iib具有= 以將該片材11黏固於例如紙張之預著物M上之第二膠黏 11卜該第二膠黏劑lu—般係為溶咖轉，而該第一ς 黏劑110則為水性黏膠（emulsionadhesive);故該第—膠 黏劑110及第二膠黏劑lu於上膠至該片材U之二相2 =黏膠黏劑u°所需之時間會大於乾燥該 弟一膠黏劑111所需之時間。 在製造該膠帶1上，-般係以第2圖所示之設備。 該膠帶之製造設備2係由進料單元2G、連接進料單 之第-上膠單元2卜連接第—上膠單元21之第―乾 :22、連接第-乾燥單元22之第二上膠單& 二上膠單元23之第二乾燥單元24、連接第二乾燥單元μ =成型單元.以及連接成型單元25之切割單元26所構 第-ί::1-,製造過程’係由進料單元將片材n饋進至 膠_ 110於片材11之其卜表面 佈第—膠黏劑110之片™至第- 膠，故需較長的扭烤一膠黏们10係水性黏 需較長，且為J第：單==22之乾燥距離 佔用過多之生* W'、 在長度方向上之需朱不致 為第-乾燥=往往即需將第-乾燥單元22分 與第二乾燥區該第-乾燥區22a 間。 灭者之方式配置，以減少佔用之空 接著，將該片材u饋進至第二 =:::=佈如_黏膠之第： 之片材η二 再將塗佈有第二膠黏劑⑴ 卖卞， 胃弟一乾燥早兀24 ’以進行供烤。因第-膠 =係二溶劑型师，故洪烤所需時間較短，：玆 -乾之乾燥距離係短於第一乾燥單元如需者。 、取後’稭由成型單元25提供基材1()，以在該 饋進至成型單元25中時，使該片材11 H塗佈其上之第一 膠黏劑111黏結至基材1〇上，以製成該膠帶i ;再進 ㈣1饋進至切割單元26俾以切刀切割該膠帶U形成所 右人之尺寸，以付卷成型為膠帶捲。 惟’上述之習知膠帶之製造設備2中 黏劑UG塗佈至片材U之—表面上，進行第—膠黏劑= 5 M396159 之烘乾後，才於片材11之另一表面上塗佈第二膠黏劑 111，再進行第二膠黏劑111之烘乾，如此，會使製程中所 需之乾燥時間較長，且乾燥時間長即表示需耗用較多之熱 能，而增加膠帶1之製造成本；同時，於分離之區域實施 第一膠黏劑110與第二膠黏劑111之乾燥，亦會增加維修 上之問題及佔用之空間。 再者，為不致佔用過多之空間，第2圖所示之第二乾 燥單元24 —般均係以直立方式設置，使第二乾燥單元24 所產生之熱量h會往上流動而往往集中於第二上膠單元23 所在之區域，使該第二上膠單元23所在處成為高溫區域； 如此，會使第二上膠單元23之注膠裝置（未圖示）之材料易 劣化而脆裂，導致影響片膠之控制量及速度，且長時間之 高溫環境，亦會影響到第二膠黏劑111之品質，致會使製 成品之品質受到不利影響。 此外，第二上膠單元23之高溫環境，也會影響至其元 件之使用壽命，而造成維修及成本上之問題，亦會導致製 造成本的提高。再者，膠黏劑未完全冷卻、乾燥，容易在 卷取後造成膠帶成品出現波紋或捲筒鬆弛之現象，如第1A 圖所示。 因此，如何避免習知技術中成本高且品質不佳等問 題，實已成目前亟欲解決的課題。 【新型内容】 有鑒於上述習知技術之缺失，本創作之一目的即在提 供一種能降低製造成本之膠帶之製造設備。 M396159 本創作之另一目的係在提供一種能提高良率之膠帶之 製造設備。 本創作之又一目的係在提供一種能提高產品平整性之 膠帶之製造設備。 為達上述及其他目的，本創作揭露一種膠帶之製造設 備，該膠帶係由基材與黏結至該基材上的片材所構成，且 該片材具有相對第一及第二表面，分別塗佈有第一及第二 膠黏劑，該製造設備係包括：上膠單元，係用以於該片材 之第一及第二表面上分別塗佈該第一及第二膠黏劑；加熱 單元，係用以加熱去除該第一及第二膠黏劑之溶劑，完成 初步乾燥；冷卻單元，係連結該加熱單元，使該片材之第 一及第二表面經加熱之第一膠黏劑及第二膠黏劑冷卻並乾 燥至預定之固化程度；以及成型單元，係連結該冷卻單元， 且供給該基材，以使該片材藉由第一膠黏劑黏結至該基 材，而形成膠帶。 前述之膠帶之製造設備中，該上膠單元可具有分別對 應該片材之第一及第二表面之至少二片膠機構，以在該片 材之第一及第二表面上分別塗佈該第一及第二膠黏劑。 前述之膠帶之製造設備中，該成型單元係可使該片材 黏結於該基材之一表面。 另外，於其中一實施態樣中，該膠帶之製造設備復可 包括具有解捲裝置之進料單元，該進料單元係連結該上膠 單元，以供給該片材至該上膠單元；其中，該解捲裝置之 軸心具有至少二個支撐架，較佳者，該支撐架係設置於解 7 M396159 捲軸心之兩端部。 於另一實施態樣中，該膠帶之製造設備的成型單元復 可包括分條裝置與複捲裝置。該分條裝置係用以切割膠帶 形成所欲之寬度。該複捲裝置係用以卷取膠帶形成膠帶成 品；其中，該複捲裝置之軸心具有至少二個支撐架，較佳 者，該支撐架係設置於複捲軸心之兩端部。 由上可知，本創作之膠帶之製造設備係可藉由上膠單 元一次於片材上形成第一及第二膠黏劑，相較於習知技 術，本創作之上膠製程不需設於乾燥膠材製程之間，可以 避免膠黏劑之黏性受熱源影響，達到提高良率之目的。 再者，可藉由加熱單元，去除該第一與第二膠黏劑之 溶劑，進行初步乾燥，再藉由連結該加熱單元之冷卻單元， 使該片材之第一及第二表面經加熱去除溶劑之第一膠黏劑 及第二膠黏劑冷卻並乾燥至預定之固化程度。可以縮短乾 燥時間，減少需耗用之熱能，而達到降低成本之目的，且 該膠黏劑經冷卻乾燥至預定之固化程度後，具有較均勻之 表面平整度，可以減少卷取後之膠帶成品出現波紋或捲筒 鬆弛之現象。 【實施方式】 以下藉由特定的具體實施例說明本創作之實施方式， 熟悉此技藝之人士可由本說明書所揭示之内容輕易地瞭解 本創作之其他優點及功效。 請參閱第3圖，係提供一種膠帶之製造設備3，於本 實施例中，請一併參閱第1B圖，所製作的膠帶1係由基材 ，、黏結至該基材1G之—表面之片材11所構成，且該片 材11具有相對之第—及第二表面lla、Iib ,分別塗佈有 用以黏合該基材10之第一膠黏劑110及用以黏固於例如紙 張之預著物Μ上之第二膠黏劑lu。 第3圖係顯示本創作之第一具體實例。於該具體 令膠帶之製造設備3包括：進料單元30、連結進料單元3〇 之^膠單it 3卜連結上膠單元31之加熱單元32、連結加 熱早兀32之冷卻單元33、以及連結冷卻單元33之成 元34。 干 所述之進料單元3〇係用以供給該片材u至該上膠單 較佳具體實财，該補單元3G係具有解捲 "、.，曰不）用以供給該片材11至該上膠單元31，嗜解 f裝置，軸心具有至少二個支#架設置於解捲軸心之兩端 邛，以提向支撐穩定性，俾便於增加生產量。 一所述之上膠單元31具有分別對應片材U之第—及第 一表面之至少二片膠機構（未圖示），以在片材11之第一 二一表面上分別塗佈該第一膠黏齊"1〇及第二膠黏劑 々。於該具體實例中’該上膠單元係使該第-膠黏劑110 兀王塗佈&片材u之第—表面上，並使該第二膠點劑⑴ I成於>!材11第二表面之相對兩側邊緣。各該片膠機構將 依片材11所欲用途而提供不同黏性的膠材，例如，提供 ，黏膠以黏合基材1Q ’而提供溶劑型黏膠則用以黏固 著物Μ。 ' 所述之加熱單元32係用以加熱烘乾由上朦單元31饋 9 入加熱單元32之片^ 利ln 、+ 材11上之第一膠黏劑110及第二膠黏 月Jill，以去除該第—及第-腺办十丨 燥。 及弟一私黏劑之溶劑，進行初步乾 所述之冷卻單元33係連結口敎 溫條件下，使該片材U之第—^一，、、、早兀32在例如爷 之筮一政* 及弟一表面經加熱去除溶劑 度。第二祕劑冷卻並乾燥至預定之固化程 所述之成型單元34係連結冷卻單元Μ，且 材10，以使該片材u #由 、/基 u 1π 稭由5亥弟一膠黏劑110黏結至該基 材1〇/而形成該夥帶Κ如圖中箭號方向所示）。 第4圖係顯示本創作之第二 中，膠帶之製造設備4包括：進料單元4 ::進:：例 :。之上膠單元41、連結上膠單元41之加。連二 加熱單元42之冷卻單元43、& …早兀42、連結 單亓44 .甘士 3从及連結冷卻單元43之成型 早το 44，其申，進料單元4〇、 风1 43均與第—具體㈣㈣。1早兀4卜及冷卻單元 於該具體實例中，藉由進料單元 膠單元41，以藓卜腴萤_ ^ 便片材11饋入上 苐 曰上膠早疋41之片膠機構同時於片材U之 苐及第—表面分別形成第一 ⑴。接著，於加埶單元4”二？ U〇 *第二膠黏劑 Π；, 110 成全部之上膠製程，以減少維修上程前即完 本創作藉由單-加熱單元ft空間。 U0及第二膠黏劑U1， 了 σ…烘乾弟一膠黏劑 僅％紐加熱烘乾時間，即一併縮 M396159 广&間’且減少需耗用之熱能，且因於第-加熱 之熱能可同時供給第二職劑⑴及第一 _ 力\„…之用’不需針對第二膠轉ill再增設另-二製::本故可大幅降低熱能之消耗;藉此，俾減少膠帶 苐5圖係顯示本創竹 — 卜膠帶之製造設備5包括；^體貫^。於該具體實例 50 匕括.進科早兀50、連結進料單元 膠7 5卜連結上膠單元51之加熱單元Μ、連結 。熱=52之冷卻單元53、以及連結冷卻單元Μ之成型 早兀’ /、中’轉單元5G、上膠單元 53均與第—具體實例相同。 &〜早疋 及連=具體實例中，加熱單元52係具有第一加熱區私 及連通第一加熱區52a之第二加熱區娜，該第一加献區 Λ Λ膠單元51，以同時加熱烘乾由上膠單元51饋入 加熱早το 52之片材11卜夕笛 ㈣, 苐一膠黏劑110及第二膠黏劑 ’而料二加熱區52b係用以持續加熱烘乾由該第一加 * 52a饋入之片材11上的第一膠黏劑110，以破實去除 該第-及第二膠黏劑之溶劑，進行初步乾燥。另—方面’、 ，加熱單元52可配合生產環境之需求，使該第一加 第二加熱區52b不連通，而是以生產線結構·(未 圖不）連結該第二加熱區52b。 第6圖係顯示補狀第四具體實例。於該且 中’膠帶之製造設備6包括：進料單元6〇、連結進料單元 60之上膠單元6卜連結上膠單元61之加熱單㈣、連社 單元64·1Φ 7 ⑽、以及連結冷卻單元63之成型 沿人，/、中，進料單元60、上膠單元61、加埶單元62、 冷部單元63均與第—具體實例相同。 該片2體實π/成型單元64除供給該基材10,以使 成㈣猎由違第一膠黏齊"10黏結至該基材10,而形 寸之外’更進一步包括分條裝置64a，依所需尺 帶1 一併切割該片材11及基材10，使該勝 經八^ 膠帶寬度；接著，藉由複捲裝置64b卷取 分條材切之膠帶形成朦册 於較户且碑音成膠〒成扣（如圖中箭號方向所示）。 」個去;r力、#，5亥複捲裝置之軸心之兩端部具有至少 -個支撑架，啸高支撐穩定性，俾便於增加生產量。 元=_帶！及膠帶捲之過程中，首先’藉由進料單 於片材η 7入上膠單元’以藉上膠單元之片膠機構同時 -膠㈣ti—及第二表面分卿成第—膠黏劑110及第 111 ;接著，於加熱單元中進行加熱供乾第-膠 ::作'及第二膠黏劑111之製程以達到所需之黏著性。 不丄!造設備中，上膠單元並非處於高溫環境，故 心' /、兀件之使用壽命’亦不會造成維修及成本上之 問4 ’因此’有效防止製造成本的提高。 另卜本作利用加熱單元加熱供乾片材之一虚 二_劑完成初步乾燥後，再利用與該加熱單元連狀冷 ’使該片材表面之第一膠_及第二膠黏劑冷卻並 =至預定之固化程度，形成均勾平整之膠黏層，可以減 >卷取後之膠帶成品出現波紋或捲筒鬆弛之現象。M396159 V. New Description: [New Technology Area] This creation is about a manufacturing equipment for tapes, especially a manufacturing equipment for tapes that must be used to dry the adhesive used in the tape. , /, [Prior Art] See the variety of tapes on the market, depending on the needs of use, and have different adhesive tape. 1A0 shows a tape roll obtained by winding a tape 1 of a conventionally affixed tape, which is composed of a substrate and a sheet u bonded to the side of the substrate 10, such as earth. The π-graph is not, and the first surface 11a of the sheet 11 has the first adhesive 110 for bonding the sheet u to the substrate 10, and the second surface iib has = to the sheet 11 is adhered to, for example, a second adhesive on the pre-formed material M of the paper. The second adhesive is generally a solvent, and the first adhesive 110 is an aqueous adhesive (emulsionadhesive). Therefore, the time required for the first adhesive layer 110 and the second adhesive agent lu to be sizing to the second phase of the sheet U 2 = the adhesive adhesive u° is greater than the drying of the silicone adhesive 111 Time required. In the manufacture of the tape 1, the apparatus shown in Fig. 2 is generally used. The manufacturing equipment 2 of the tape is connected by the feeding unit 2G, the first-sizing unit 2 connected to the feeding list, the first drying of the first-sizing unit 21, and the second sizing of the connecting-drying unit 22. The second drying unit 24 of the single & two gumming unit 23, the second drying unit μ = forming unit, and the cutting unit 26 of the joining forming unit 25 are constructed - ί::1, the manufacturing process is The material unit feeds the sheet n into the sheet _ 110 on the surface of the sheet 11 - the sheet of the adhesive 110 to the first glue, so that a long twisting and a glue are required for the 10 series water-based adhesive. It needs to be long, and the drying distance of J: single ==22 takes up too much life * W', the need in the length direction is not the first - dry = often the first drying unit 22 is divided into the second The drying zone is between the first drying zone 22a. The mode of the destroyer is configured to reduce the occupied space. Then, the sheet u is fed into the second =:::= cloth such as _ adhesive: the sheet η 2 will be coated with the second adhesive The agent (1) sells 卞, the stomach brother is dry and early 24 以 for baking. Because the first-gel = two-solvent type, the time required for red baking is shorter, and the dry-drying distance is shorter than that of the first drying unit. And taking the straw 1 to provide the substrate 1 () by the molding unit 25, so that when the feeding into the molding unit 25, the first adhesive 111 coated on the sheet 11 H is bonded to the substrate 1 The tape is made to make the tape i; the further (4) 1 is fed into the cutting unit 26, and the tape U is cut by a cutter to form the size of the right person, and the roll is formed into a tape roll. However, in the manufacturing apparatus 2 of the above-mentioned conventional tape, the adhesive UG is applied to the surface of the sheet U, and the drying of the first adhesive = 5 M396159 is performed on the other surface of the sheet 11. Coating the second adhesive 111, and then drying the second adhesive 111, so that the drying time required in the process is longer, and the long drying time means that more heat is consumed, and The manufacturing cost of the adhesive tape 1 is increased; at the same time, the drying of the first adhesive 110 and the second adhesive 111 in the separated region also increases the maintenance problem and the space occupied. Furthermore, in order not to occupy too much space, the second drying unit 24 shown in Fig. 2 is generally arranged in an upright manner, so that the heat h generated by the second drying unit 24 flows upwards and tends to concentrate on the first The area where the second gumming unit 23 is located makes the second glue unit 23 a high temperature region; thus, the material of the glue injection device (not shown) of the second gumming unit 23 is easily deteriorated and is brittle. As a result, the amount of control and speed of the sheet rubber is affected, and the high temperature environment for a long time also affects the quality of the second adhesive 111, which may adversely affect the quality of the finished product. In addition, the high temperature environment of the second gluing unit 23 also affects the service life of the components, which causes maintenance and cost problems, and also leads to an increase in the manufacturing cost. Moreover, the adhesive is not completely cooled and dried, and it is easy to cause corrugation or looseness of the roll after the coiling, as shown in Fig. 1A. Therefore, how to avoid the problems of high cost and poor quality in the prior art has become a problem that is currently being solved. [New content] In view of the above-mentioned shortcomings of the prior art, one of the aims of the present invention is to provide a manufacturing apparatus for a tape which can reduce the manufacturing cost. M396159 Another object of this creation is to provide a manufacturing facility for tape that improves yield. Another object of the present invention is to provide a manufacturing apparatus for a tape which improves the flatness of a product. To achieve the above and other objects, the present invention discloses a tape manufacturing apparatus which is composed of a substrate and a sheet bonded to the substrate, and the sheet has opposite first and second surfaces, respectively coated Having a first and a second adhesive, the manufacturing apparatus comprising: a gluing unit for applying the first and second adhesives on the first and second surfaces of the sheet, respectively; heating a unit for heating and removing the solvent of the first and second adhesives to complete preliminary drying; and a cooling unit connecting the heating unit to heat the first and second surfaces of the sheet to the first adhesive And the second adhesive is cooled and dried to a predetermined degree of curing; and a molding unit is coupled to the cooling unit and supplied to the substrate such that the sheet is bonded to the substrate by the first adhesive. And the tape is formed. In the above-mentioned tape manufacturing apparatus, the gumming unit may have at least two glue mechanisms respectively corresponding to the first and second surfaces of the sheet to respectively coat the first and second surfaces of the sheet First and second adhesives. In the above-mentioned tape manufacturing apparatus, the molding unit allows the sheet to be bonded to one surface of the substrate. In addition, in one embodiment, the manufacturing apparatus of the tape may include a feeding unit having a unwinding device, the feeding unit is coupled to the gluing unit to supply the sheet to the gluing unit; The axis of the unwinding device has at least two support frames. Preferably, the support frame is disposed at both ends of the core of the solution 7 M396159. In another embodiment, the forming unit of the tape manufacturing apparatus includes a slitting device and a rewinding device. The slitting device is used to cut the tape to form the desired width. The rewinder device is used for winding up the tape to form a tape. The axis of the rewinder has at least two support frames. Preferably, the support frame is disposed at both ends of the reel core. It can be seen from the above that the manufacturing equipment of the tape of the present invention can form the first and second adhesives on the sheet at a time by the gluing unit. Compared with the prior art, the glue manufacturing process of the creation does not need to be set in Between the dry glue process, the adhesiveness of the adhesive can be prevented from being affected by the heat source, and the yield can be improved. Furthermore, the solvent of the first and second adhesives may be removed by a heating unit to perform preliminary drying, and then the first and second surfaces of the sheet are heated by a cooling unit connected to the heating unit. The first adhesive that removes the solvent and the second adhesive are cooled and dried to a predetermined degree of cure. The drying time can be shortened, the heat energy required is reduced, and the cost is reduced, and the adhesive is cooled and dried to a predetermined degree of solidification, and has a uniform surface flatness, which can reduce the finished tape after winding. There is a phenomenon of corrugation or looseness of the reel. [Embodiment] The embodiments of the present invention are described below by way of specific embodiments, and those skilled in the art can easily understand other advantages and effects of the present invention by the contents disclosed in the present specification. Referring to FIG. 3, a manufacturing apparatus 3 for a tape is provided. In this embodiment, please refer to FIG. 1B. The tape 1 is made of a substrate and bonded to the surface of the substrate 1G. The sheet 11 is formed, and the sheet 11 has opposite first and second surfaces 11a, 1ib, respectively coated with a first adhesive 110 for bonding the substrate 10 and for bonding to, for example, paper. Pre-applied the second adhesive lu. Figure 3 shows the first specific example of this creation. The manufacturing apparatus 3 for the specific tape includes: a feeding unit 30, a heating unit 32 that connects the feeding unit 3, a heating unit 32 that connects the gumming unit 31, a cooling unit 33 that connects the heating cassettes 32, and The element 34 of the cooling unit 33 is connected. The feeding unit 3 is used to supply the sheet u to the sheeting sheet, and the filling unit 3G has an unwinding ",., 曰)) for supplying the sheet 11 to the gluing unit 31, the device is readable, and the shaft has at least two branches arranged at the two ends of the unwinding core to improve the support stability and to increase the production capacity. The rubberizing unit 31 has at least two glue mechanisms (not shown) corresponding to the first and first surfaces of the sheet U, respectively, for coating the first two surfaces of the sheet 11 respectively. One glued together "1〇 and the second adhesive 々. In the specific example, the sizing unit is such that the first adhesive layer 110 is coated on the first surface of the sheet u and the second adhesive agent (1) is formed into the > 11 opposite side edges of the second surface. Each of the sheeting mechanisms will provide a different viscosity of the adhesive material depending on the intended use of the sheet 11, for example, providing a glue to adhere the substrate 1Q' and a solvent-based adhesive for adhering the object. The heating unit 32 is used to heat and dry the first adhesive 110 and the second adhesive month Jill fed by the upper unit 31 into the heating unit 32, the first adhesive 110 and the second adhesive month Jill. Remove the first and the first - tenth dry. And the solvent of the private adhesive is used to carry out the preliminary cooling unit 33, which is connected to the temperature of the joint, so that the sheet U is the first one, for example, * The surface of the younger brother is heated to remove the solvent. The second agent is cooled and dried to a predetermined curing stage. The molding unit 34 is coupled to the cooling unit Μ, and the material 10 is such that the sheet u #由, /基 u 1π straw is composed of 5 haidi-adhesive 110 is bonded to the substrate 1 〇 / to form the band 所示 as shown by the arrow direction in the figure). Fig. 4 is a view showing the second part of the creation, in which the manufacturing apparatus 4 of the tape comprises: the feeding unit 4 :: In:: Example: . The top gum unit 41 and the gumming unit 41 are coupled. The cooling unit 43 of the second heating unit 42 , the & early detection 42 , the connection unit 44 , the formation of the Gans 3 and the connection cooling unit 43 are earlier, τ, 44, the feeding unit 4〇, the wind 1 43 And the first - concrete (four) (four). 1 early 4 and cooling unit In this specific example, by feeding unit glue unit 41, the sheet feeding mechanism of the upper 苐曰 疋 疋 41 is fed simultaneously with the 片 腴 腴 _ The first and the first surface of the sheet U form a first (1). Then, in the twisting unit 4"2? U?* second adhesive Π;, 110 into the entire glue process to reduce the maintenance before the end of the creation by the single-heating unit ft space. U0 and Two adhesive U1, σ...Drying a glue, only the % New heating drying time, that is, shrinking M396159 wide & and reducing the heat energy required, and due to the heat of the first heating Can be used to supply the second agent (1) and the first _ force \ „ ... 'Do not need to add another two-second system for the second glue ill:: This can greatly reduce the consumption of heat energy; thereby, reduce the tape苐5 shows that the manufacturing equipment 5 of the original bamboo-bu tape includes; In the specific example, the heating unit Μ and the connection unit of the sizing unit 51 are connected to the feeding unit. The cooling unit 53 of the heat = 52 and the forming of the joint cooling unit 兀 are as long as the first embodiment, and the sizing unit 5G and the sizing unit 53 are the same as the first embodiment. &~早疋和连= In a specific example, the heating unit 52 has a first heating zone privately connected to the second heating zone of the first heating zone 52a, the first addition zone Λ gumming unit 51, at the same time The heating and drying is fed by the gluing unit 51 to the sheet 11 for heating the early το 52, the fourth adhesive, and the second adhesive, and the second heating zone 52b is used for continuous heating and drying. The first adhesive 110 on the sheet 11 fed by the first plus portion 52a is used to break the solvent of the first and second adhesives to perform preliminary drying. Alternatively, the heating unit 52 can cooperate with the production environment so that the first and second heating zones 52b are not connected, but the second heating zone 52b is connected by a production line structure (not shown). Fig. 6 shows a fourth specific example of the complement. The manufacturing apparatus 6 of the tape includes: a feeding unit 6〇, a bonding unit 6 connected to the feeding unit 60, a heating unit (4) connected to the gumming unit 61, a coupling unit 64·1Φ 7 (10), and a link. The molding of the cooling unit 63 along the person, the middle, the feeding unit 60, the gumming unit 61, the twisting unit 62, and the cold unit 63 are the same as in the first embodiment. The sheet 2 solid π/forming unit 64 is supplied to the substrate 10 so that the (4) hunting is bonded to the substrate 10 by the first glue, and the shape further includes the slitting. The device 64a cuts the sheet 11 and the substrate 10 together according to the required tape 1 to make the tape width; and then, by rewinding the device 64b, the tape is cut and formed into a tape. Compared with the household and the tablet sound into a plastic buckle (shown in the direction of the arrow in the figure). "There are at least one support frame at the ends of the shaft of the r-force, #,5海复卷装置, which is stable in height and supports the increase in production. Yuan = _ belt! In the process of tape roll, firstly, 'by feeding the sheet to the sheet η 7 into the gumming unit', the sheeting mechanism of the glue unit is used simultaneously - the glue (four) ti - and the second surface is divided into the first - adhesive 110 and 111; Next, heating is performed in the heating unit to dry the first-glue:: and the second adhesive 111 to achieve the desired adhesion. No problem! In the manufacturing equipment, the gluing unit is not in a high temperature environment, so the life of the '/, the piece' will not cause maintenance and cost. Therefore, it effectively prevents the increase of manufacturing cost. In addition, the heating unit is used to heat one of the dry sheets to complete the preliminary drying, and then the cold is combined with the heating unit to cool the first glue _ and the second adhesive on the surface of the sheet. And = to the predetermined degree of curing, forming a flat layer of adhesive layer, can be reduced gt; after the coiled tape finished product ripple or reel loose phenomenon.
Mjy〇i59 在完成製作片材丨丨後，將片材11饋入成型單元，以 猎成型單元提供基材1Q，而使該片# U藉由第一膠黏劑 110黏結於基材1〇而形成所需之膠帶i。 a j元成膠帶1製成後，可依產品需求，於後需製程中， 將膠:1饋人成型單元，進―步藉切割裝置切割膠帶而形 成所而之尺寸、條數及捲數的料！，再利用複捲裝置成 型為膠帶捲或製成其他形式的產品。Mjy〇i59 After the sheet is finished, the sheet 11 is fed into the molding unit, and the substrate 1Q is supplied by the hunting unit, and the sheet #U is bonded to the substrate by the first adhesive 110. The desired tape i is formed. After the aj yuan is made into the tape 1, it can be processed according to the product requirements. In the later process, the glue: 1 is fed into the molding unit, and the cutting tape is cut by the cutting device to form the size, the number of the pieces and the number of the rolls. material! Then, the rewinding device is used to form a tape roll or a product of other forms.
述實施例係用以例示性說明本創作之原理及其功 ^ 1非用於限制本創作。任何熟習此項技藝之人士均可 =背本創作之精神及料τ，對上述實施例進行修 圍所列。』乍之柄利保_，應如後述之申請專利範 【圖式簡單説明】 第1A圖係為習知膠帶之立體示意圖； 圖係為習知膠帶及預著物之剖面示意圖； Π圖係為習知膠帶之製造設備之作動示意圖； 動示意圖本創作膠帶之製造設備苐—具體實例之作 動示^圖係為本創作膠帶之製造設備第二具體實例之作 動示^圖^本創作膠帶之製造設備第三具體實例之作 動示=圖係為本創⑽帶之製造設備第四具體實例之作 13 M396159 【主要元件符號說明】 1 膠帶 10 基材 11 片材 11a 第一表面 lib 第二表面 110 第一膠黏劑 111 第二膠黏劑 2、3 、4、 * 5、 6 膠帶之製造設備 20、 30、 40、 50、 60 進料單元 21 第一上膠單元 210 、230 滾筒 22 第一乾燥單元 22a 第一乾燥區 22b 第二乾燥區 23 第二上膠單元 24 第二乾燥單元 25 ' 34、 44、 .54、 .64 成型單元 26 切割單元 31、 41、 51， «61 上膠單元 32 ' 42 > 52 - *62 加熱單元 52a 第一加熱區 52b 第二加熱區 33、 43 ' 53 、63 冷卻單元 14 M396159 64a 分條裝置 64b 複捲裝置 M 預著物 h 熱量The embodiments are used to exemplify the principles of the present invention and its functions are not intended to limit the present invention. Anyone who is familiar with the art can recite the above embodiments in the spirit of the original creation.乍 乍 利 利 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Schematic diagram of the operation of the manufacturing equipment of the conventional tape; the schematic diagram of the manufacturing equipment of the creative tape 苐 - the specific example of the movement of the figure is the second specific example of the manufacturing equipment of the creative tape. The third embodiment of the manufacturing apparatus is shown as a fourth embodiment of the manufacturing apparatus of the present invention (10). 13 M396159 [Major component symbol description] 1 Tape 10 Substrate 11 Sheet 11a First surface lib Second surface 110 first adhesive 111 second adhesive 2, 3, 4, * 5, 6 tape manufacturing equipment 20, 30, 40, 50, 60 feeding unit 21 first gluing unit 210, 230 drum 22 a drying unit 22a first drying zone 22b second drying zone 23 second gumming unit 24 second drying unit 25' 34, 44, .54, .64 forming list Element 26 Cutting unit 31, 41, 51, «61 Gluing unit 32 '42 > 52 - *62 Heating unit 52a First heating zone 52b Second heating zone 33, 43 '53, 63 Cooling unit 14 M396159 64a Slitting Device 64b rewinding device M pre-loading h heat
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