M411335 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種壓紋機台結構，主要是在一平台上設置一 滑動架，且該滑動架中樞設有一壓輪，另，一壓印膜的一端係活 動地設置在該滑動架上，且該壓印膜的另—端係被固定於該平台 上，當該滑動架被驅動而相對於該平台水平位移時，該壓輪即能 轉動抵壓該壓印膜，而對一待壓物件進行壓紋工作。 【先前技術】 按，近年來’隨著行動寬頻上網技術的發展，以及微電腦技 術的進步’各種具備上網及多媒體功能的行動終端裝置紛紛上 市，目前較為常見的行祕端裝置除了包括智慧型手機（Smart Phone)及個人數位助理（p⑽㈤咖如細伽的，簡稱舰) 外’尚有平板電腦（TabletPC)及電子書閱讀器（E_bc>QkReader) 等產品，該等行動終端裝置和個人電腦相較之下，不僅重量輕盈， 便於擔帶，其魏亦相當豐富，除了能照相、播放音樂、文書處 理外，更能上網收發t子郵件、下載並播放技媒體（st_ing media)等，滿足使用者的各種需求。 使用者在鮮及㈣上述行祕端裝置時，除了講求功能性 的而求外’對於裝置的外型更是相當講究，就外型部分而言裝 置外㈣妓_、厚度及轉造料，財影響制者在選購 去此外’外设的花紋或圖樣，亦是左右使用者購買決策 。為滿足使用者在行動終端裝置外型上的需求， 業者通4__魅#方式，在外殼上縣平面花紋或圖 M411335 樣’以美化外㈣設計，藉此提升行祕端裝置雜體美感 '然 ，’上述_射墨等方式有其光學雜上·制，並無法在外 殼上呈現出具有立财的微或圖樣，其樣式變化仍受到諸多限 制。 有鑑於此，乃有業者思及利用材料的偏光特性，在外殼上製 作出具有立體感的花紋或圖樣，就目前的技術而言，業者通常是 .先在一鋁板上製作出圖樣後，再於該鋁板上貼附一薄膜層，該薄 膜層通常是由透光性高的高分子材料所製成’以確保_板的圖 樣月t*透過該薄膜層顯露出來。其後，業者再於該薄膜層上塗佈一 層熱固性溶膠層，並控制溫度、時間及塗佈厚度等條件，使該敎 固性溶膠層能進入半固化狀態，接著，業者即能將該紹板連哺 上的熱固性溶膠層-併放置於一壓印機台上，再以該壓印機台的 模具壓印該熱固性溶膠層，其中，該模具的壓印面上設有一壓紋 區，故當該模具壓印該熱固性溶膠層後，該熱固性溶膠層上即會 產生對應於該壓紋區的立體纟文路。由於該熱固性溶膠層在被壓印 • 後，仍處於半固化狀態，而未完全進入固化狀態，換言之，該熱 *固性溶膠層仍具備些許流動性，其機械強度尚低，因此，業者必 須對該熱固性溶膠層加熱，以幫助該熱固性溶膠層固化定型。此 時，業者必須從該壓印機台上取下該鋁板，再將該鋁板連同該熱 固性溶膠層放人—加熱機台中’以便對該触性轉層加熱，使 其能順利固化定型。 承上，當戎熱固性溶膠層固化後，其上的立體紋路即定型完 成，此時，當光線通過該熱固性溶膠層及該薄膜層，照射到該鋁 板並反射後，由於該熱固性溶膠層上具有立體紋路，故從該鋁板 M411335 反射的光線在通過該熱固性溶膠層時，會產生偏光效果，令使用 者在觀看該鋁板的圖樣時，能體驗到視覺上的立體感受。 然而，在上述製造過程中，業者在該熱固性溶膠層上壓印出 立體紋路後，必須逐一將鋁板從該壓印機台搬運到該加熱機台， 此不僅相當耗費工時’大幅降低生產效率，且在搬運的過程中， 震動及時間等因素，更可能使該熱固性溶朦層因成形過慢等原因 而發生變形’導致產品的品質低落’非常不理想。再者，由於習 知的製作方式是利用模具壓印該熱固性溶膠層，一旦業者為因應 不同的產品需求，而欲改變紋路的款式時，又必須準備不同的模 具，大大增加了生產成本。不僅如此，業者在改變紋路的款式前， 必須將原本的模具拆卸下來，再安裝另一個模具，此舉更需耗費 業者寶貴的時間，嚴重影響生產線的生產效率，相當不利。 因此，如何改善現有立體壓紋的製作流程，設計出使熱固性 溶膠層在被壓紋後，能快速固化定型的壓紋機台結構，且令業者 月b在無須拆卸模具等元件的前提下，迅速變更紋路的款式，以提 南生產效率’即成為本創作在此欲探討的一重要課題。 【新型内容】 有鑑於前揭習知立體壓紋製作流程的諸多問題，創作人經過 長久努力研究與實驗，終於開發設計出本創作之壓紋機台結構， 期避免熱固性溶膠層因成形過慢而發生變形等情事，並有效提升 壓紋製作的生產效率。 本創作之一目的，係提供一種壓紋機台結構，包括一平台、 -滑動架、-壓輪、—㈣獻—料光產生器，其中該平台上 M411335 "又置有一組執道；該滑動架係由一水平部及一垂直部所構成，其 中該水平部的一端係與該垂直部的底端相連接，該水平部係可滑 動地設置在該組軌道上，該垂直部鄰近頂端的位置係設有一可動 才干且該可動桿能沿著該垂直部上下位移；該壓輪係插設在該滑 動架上鄰近該垂直部底端的位置；該壓印膜的一端係固定在該可 動桿上，且該壓印膜的另一端係固定在該平台上鄰近該水平部的 . 位置，該壓印膜的一側面係貼靠在該壓輪上，且該壓印膜遠離該 # 壓輪的另一側面上，設有一壓紋區，該壓紋區上形成有一壓紋圖 形，該紫外光產生器係設置在該滑動架的水平部上，且能朝向該 平台發出一紫外光；當一待壓物件上塗佈有一呈半固化之熱固性 /谷膠層且被放置於該平台上時，該滑動架能被驅動而朝向該待 壓物件移動，而該壓輪即滾壓並帶動該壓印膜，使該可動桿受到 ，壓印膜的牽動而向下位移，令賴輪能透過該壓印膜滾壓該待 壓物件’以在該熱固性溶勝層的表面形成一對應於該壓紋區的紋 路其後，當該紫外光產生器隨著該滑動架的移動，通過該待壓 籲物件的上謂’該料光產生輯發出的紫外光即騎在該熱固 .性溶膠層上，使該熱固性溶膠層快速完全固化，令該紋路能快速 定型。如此，當該壓紋機台結構啟動後，即能在該熱固性溶谬層 上迅速壓出紋路，且能藉由紫外光使該熱固性溶膠層快速定型， 大巾田即省壓紋所需的時間，再者，使用者不需拆卸更換該壓輪或 其他元件，即可藉由更換該壓印膜，變更紋路的款式，令本創作 能彈性地因應不同的產品設計需求。 本創作之另-目的，乃該壓紋機台結構尚包括一除靜電元 件，該除靜電元件係設置在_直部均近該壓賴的另一側面 M411335 的位置，用以去除該壓_上的靜電，以避免該壓印顧摩擦產 生靜電後吸喊氣中的異物（如：粉鮮微小粒子），不僅能防止 該壓紋區軌路沾染異物，更能避免因異物而破壞了該待壓物件 上被壓印出的紋路。 本創作之又-目的，乃該壓紋機台結構尚包括—除塵輪及一 清潔輪，鎌塵輪及該清雜係設置在該滑姉上，其中該除塵 輪的表面具有躲’且該除塵輪伽靠在該壓輪上，以黏取該壓 輪上的異物，避免該壓輪上的異物沾附到該壓印膜上，防止因異 物而損壞壓印出路，另，該清潔輪伽靠在該除塵輪上，且 該清潔輪的表面繞触-除_紙，該除塵黏紙能黏取該除塵輪 上的異物，且業者祕該除塵減上飾有異物的部分割除以 便以該除絲紙的清潔部分持續师赚塵輪上的異物。 本創作之再目的，乃該平台上鄰近該組執道的兩端位置， 係分別設有-螺桿座，且該水平部上貫穿财—_桿，該組螺 桿係貫穿通職螺桿座，如此，#該_桿受驅動旋轉時，即能 帶動該滑動架水平位移。 本創作之又再-目的，乃各謂桿的—端係設有—傳動輪， 各該傳動輪係藉由-傳動皮帶，接受—馬達的動力而轉動，使各 該螺桿在轉動後能帶動該滑動架水平位移。 能積蓄於機罩内 ,本創作之又另-目的，乃該紫外敍生器上設有—熱氣排放 軟f ’該熱氣排放軟管遠離該紫外光產生器的—端係延伸至 ^外—以將4紫外光產生n產生的熱氣排放至該機罩外，避免熱 為便貴審查委員麟本_之目的，術特徵及其功效， M411335 做更進一步之認識與瞭解， 拉舉實施例配合圖式，詳細說明如下 【實施方式】 創作人在細投人摘終端裝置的外殼設計及壓紋機台等相 關領域的研發過辦’發現目前在·雜溶縣進行壓紋 後’常會因該熱固性溶膠層未迅速固化定型，而導致變形等問題， 且依目别的技術’業者必須針對不同的紋路準備多麵具，此 不僅增加生產成本’更賴具更大幅降低生產效率。目前大多數 的業者雖欲紋的技術進行改良，以化解上述問題，然而至今 仍未得到妥善的解決方案。有鑑於此，創作人乃思及在一壓印膜 成堅紋區再以一壓輪透過該壓印膜滾壓熱固性溶膠層的 =式’進仃壓H並在n作後立即財外光照射熱固性 /合膠層’以藉輯到快速I紋朗化定胸效果。 本創作係_觀紋機纟結構，在糊作之較佳實施例中 參閱第1圖所示，本創作的主要結構係位於一機台1()上 置在一機罩11中，該機台上^置有-平台12，請參閱第2圖 在第2圖中係省略第1圖所示之機罩1卜以便呈現出本創 7要結構，合先陳明。該壓紋機台結構包括該平台12、一滑 14 (如第3 ®所示）—騎膜15及—紫外光產 η ，射該平台12上設置有-組軌道120，且該平台】 ^近該組執道】20的兩端位置，係分別設有-螺桿座121。 部圖所示’該滑動架13係由—水平物及—垂直 冓成，其中該水平部130的一端係與該垂直部13】 端相連接’該水平部13G係可滑祕設置錢城道⑽上，'該 M411335 垂直部131鄰近頂端的位置係設有一可動桿132，且該垂直部⑶ 的一側設有-組垂直滑捍133,該可動桿132係藉由其兩端轉座 =20滑動地裝設於該組垂直滑桿133上，使得該可動桿既能沿 著該垂直部131上下位移。此外，該水平部⑽上貫穿設有一組 螺桿134,該組螺桿134係貫穿通過該螺桿座121，且各該螺桿134 的一端係設有-傳動輪1340，各該傳動輪能藉由—傳動皮帶 134卜接受一馬達（圖略）的動力而旋轉，使各該螺桿134在轉 動後能帶動該滑動架13水平位移。 需特別-提的是，第3、5〜7圖係省略部分元件並以示意 圖的方式，呈現本創作的運作顧，期望藉由省略部分元件的= 式，避免_過於，贿本肋躺之相關人士能夠瞭解本 創作社要精神，合先陳明。請參閱第3圖所示’該壓輪14係樞M411335 V. New description: [New technical field] This creator is about an embossing machine structure, which mainly consists of a sliding frame on a platform, and the sliding frame center is provided with a pressure roller, and another embossing One end of the film is movably disposed on the carriage, and the other end of the embossed film is fixed on the platform, and when the carriage is driven to be horizontally displaced relative to the platform, the pressure wheel can Rotating against the embossing film, and embossing an object to be pressed. [Prior Art] In recent years, with the development of mobile broadband Internet technology and the advancement of microcomputer technology, various mobile terminal devices with Internet access and multimedia functions have been listed. Currently, the more common secret devices include smart phones. (Smart Phone) and personal digital assistant (p (10) (five) coffee, such as fine gamma, referred to as the ship) outside 'there are Tablet PC (TabletPC) and e-book reader (E_bc> QkReader) and other products, these mobile terminal devices and personal computers In contrast, not only is the weight light, it is easy to carry, and Wei is also quite rich. In addition to being able to take pictures, play music, and process papers, it can also send and receive t-mails, download and play technical media (st_ing media), etc. Various needs of the people. When the user is in the same way as (4) the above-mentioned secret device, in addition to the functional requirements, the appearance of the device is quite particular. For the exterior part, the device is outside (4) 厚度, thickness and transfer material. The influence of the financial system is to purchase the pattern or pattern of the peripherals, which is also the decision of the user to buy. In order to meet the user's needs in the appearance of the mobile terminal device, the industry passes the 4__ charm# method, and the county flat pattern on the outer casing or the picture M411335 is designed to beautify the outer (four) design, thereby improving the beauty of the secret end device. However, the above-mentioned method of ink injection has its optical hybrid system, and it cannot display micro-patterns with richness on the outer casing, and its style change is still subject to many restrictions. In view of this, some practitioners have thought about using the polarizing characteristics of materials to create a three-dimensional pattern or pattern on the outer casing. As far as the current technology is concerned, the industry usually first creates a pattern on an aluminum plate, and then A film layer is attached to the aluminum plate, and the film layer is usually made of a high-transmittance polymer material to ensure that the pattern t* of the plate is exposed through the film layer. Thereafter, the manufacturer applies a layer of thermosetting sol on the film layer, and controls conditions such as temperature, time and coating thickness, so that the tamping sol layer can enter a semi-cured state, and then the manufacturer can The plate is fed with a thermosetting sol layer - and placed on an embossing machine table, and then stamped with the mold of the embossing machine, wherein the embossed surface of the mold is provided with an embossed area, After the mold embosses the thermosetting sol layer, a stereoscopic path corresponding to the embossed area is generated on the thermosetting sol layer. Since the thermosetting sol layer is still semi-cured after being embossed, and does not completely enter the solidified state, in other words, the hot-solid sol layer still has a little fluidity, and its mechanical strength is still low, therefore, the manufacturer must The thermosetting sol layer is heated to help solidify the thermoset sol layer. At this time, the manufacturer must remove the aluminum plate from the stamping machine, and then place the aluminum plate together with the thermosetting sol layer in a heating machine to heat the inductive transfer layer so that it can be cured and set. According to the above, when the thermosetting sol layer is cured, the three-dimensional texture on the sol is completed, and at this time, when the light passes through the thermosetting sol layer and the film layer, the aluminum plate is irradiated and reflected, since the thermosetting sol layer has Since the light reflected from the aluminum plate M411335 passes through the thermosetting sol layer, a polarizing effect is generated, so that the user can experience a visual stereoscopic feeling when viewing the pattern of the aluminum plate. However, in the above manufacturing process, after the embossing of the three-dimensional grain on the thermosetting sol layer, the aluminum plate must be transported one by one from the embossing machine to the heating machine, which not only takes a lot of labor, but greatly reduces the production efficiency. In the process of handling, vibration and time, etc., it is more likely that the thermosetting solution layer will be deformed due to slow formation, etc., resulting in a low quality of the product, which is highly undesirable. Moreover, since the conventional manufacturing method is to imprint the thermosetting sol layer by using a mold, once the manufacturer wants to change the pattern of the texture in response to different product requirements, different molds must be prepared, which greatly increases the production cost. Not only that, but before changing the style of the grain, the manufacturer must dismantle the original mold and install another mold. This requires more valuable time for the operator and seriously affects the production efficiency of the production line, which is quite unfavorable. Therefore, how to improve the existing three-dimensional embossing process, design an embossing machine structure that allows the thermosetting sol layer to be quickly solidified and shaped after being embossed, and allows the operator to remove the mold and other components without having to disassemble the mold. The rapid change of the style of the lines to promote the production efficiency of the South has become an important topic for this creation. [New content] In view of the many problems of the three-dimensional embossing process, the creator has been working hard to study and experiment, and finally developed and designed the embossing machine structure of this creation, so as to avoid the formation of the thermosetting sol layer due to slow formation. The occurrence of deformation and other circumstances, and effectively improve the production efficiency of embossing production. One of the purposes of the present invention is to provide an embossing machine structure, including a platform, a sliding frame, a pressure roller, and a (four) offering light generator, wherein the platform is provided with a group of obscurating roads; The carriage is composed of a horizontal portion and a vertical portion, wherein one end of the horizontal portion is connected to the bottom end of the vertical portion, and the horizontal portion is slidably disposed on the set of rails, the vertical portion is adjacent to the vertical portion a position of the top end is provided with a movable rod and the movable rod can be displaced up and down along the vertical portion; the pressure wheel is inserted on the sliding frame adjacent to the bottom end of the vertical portion; one end of the imprinting film is fixed at the bottom a movable rod, and the other end of the embossing film is fixed on the platform adjacent to the horizontal portion. One side of the embossing film is attached to the pressing wheel, and the embossing film is away from the # The other side of the pressure roller is provided with an embossed area, and an embossed pattern is formed on the embossed area. The ultraviolet light generator is disposed on the horizontal portion of the sliding frame and can emit an ultraviolet light toward the platform. When a material to be pressed is coated with a half When the cured thermosetting/gluten layer is placed on the platform, the carriage can be driven to move toward the object to be pressed, and the pressure roller rolls and drives the embossing film to receive the movable rod. The embossing film is displaced downwardly, so that the lining wheel can roll the object to be pressed through the embossing film to form a texture corresponding to the embossed area on the surface of the thermosetting smelting layer, and then The ultraviolet light generator is mounted on the thermosetting sol layer by the ultraviolet light emitted by the material to be pressed by the object to be pressed, so that the thermosetting sol layer is quickly and completely completed. Curing, the texture can be quickly shaped. In this way, when the structure of the embossing machine is started, the texture can be quickly pressed out on the thermosetting solution layer, and the thermosetting sol layer can be quickly shaped by ultraviolet light, and the large towel field is required for the pressure relief pattern. Time, in addition, the user can change the pattern of the grain by replacing the pressure roller without replacing or replacing the pressure wheel or other components, so that the creation can flexibly respond to different product design requirements. Another object of the present invention is that the embossing machine structure further includes a static eliminating component, and the static eliminating component is disposed at a position adjacent to the other side of the pressure M411335 to remove the pressure. The static electricity on the surface prevents the foreign matter (such as powdered fine particles) from being sucked into the air after the static electricity is generated by friction, which not only prevents the foreign matter from being contaminated by the track in the embossed area, but also prevents the foreign matter from being damaged by the foreign matter. The embossed texture on the object to be pressed. The purpose of the creation is that the embossing machine structure further includes a dust removing wheel and a cleaning wheel, and the dust wheel and the cleaning system are disposed on the sliding block, wherein the surface of the dust removing wheel has a hiding edge and The dust removing wheel is slid on the pressure roller to adhere the foreign matter on the pressure roller to prevent foreign matter on the pressure roller from adhering to the embossing film to prevent damage to the embossing road due to foreign matter, and the cleaning wheel The gamma rests on the dust removing wheel, and the surface of the cleaning wheel wraps around the paper, the dust removing adhesive paper can adhere to the foreign matter on the dust removing wheel, and the operator secretly removes the dust and reduces the part with the foreign matter to divide The cleaned portion of the wire-cutting paper continues to earn foreign objects on the dust wheel. The re-purpose of the creation is that the two ends of the platform adjacent to the group of roads are respectively provided with a screw seat, and the horizontal portion runs through the financial rod, and the screw system runs through the screw seat. When the # _ rod is driven to rotate, it can drive the horizontal displacement of the carriage. The re-purpose of the present invention is that the end of each of the levers is provided with a transmission wheel, and each of the transmission wheels is rotated by the transmission belt to receive the power of the motor, so that the screws can be driven after the rotation. The carriage is horizontally displaced. It can be stored in the hood, and the other purpose of the creation is that the ultraviolet ray is provided with a hot air discharge softness. The hot gas discharge hose extends away from the ultraviolet light generator to the outside end. The hot air generated by the 4 ultraviolet light generation n is discharged to the outside of the hood, so as to avoid the heat, the purpose of the reviewer, the technical features and the efficacy, M411335 to further understand and understand, pull the example to cooperate The following is a detailed description of the following [Embodiment] The creator's research and development of the outer casing design and embossing machine of the fine-throwing terminal device is found to be 'constantly after embossing in the miscellaneous county.' The thermosetting sol layer is not rapidly solidified and deformed, resulting in problems such as deformation, and according to other technologies, the industry must prepare multiple masks for different textures, which not only increases the production cost, but also greatly reduces the production efficiency. At present, most of the manufacturers have improved the technology to solve the above problems, but still have not got a proper solution. In view of this, the creator thinks that in a embossed film into a embossed area, a pressure roller is used to roll the thermosetting sol layer through the embossing film, and the 式 ' 仃 并 并 并 并 并 并Irradiate the thermosetting/adhesive layer' to borrow a fast I-staining effect. The present invention is shown in Fig. 1 in the preferred embodiment of the paste, and the main structure of the present invention is placed on a machine 1 () in a hood 11, the machine On the stage, there is a platform 12, please refer to Fig. 2. In Fig. 2, the hood 1 shown in Fig. 1 is omitted to present the structure of the genus. The embossing machine structure comprises the platform 12, a slide 14 (as shown in the 3®), a riding film 15 and an ultraviolet light η, and the platform 12 is provided with a set of tracks 120, and the platform] Near the two ends of the group, the two positions are respectively provided with a screw seat 121. As shown in the figure, the carriage 13 is formed by a horizontal object and a vertical assembly, wherein one end of the horizontal portion 130 is connected to the vertical portion 13 of the horizontal portion 13G. (10) Above, 'the position of the vertical portion 131 of the M411335 adjacent to the top end is provided with a movable rod 132, and one side of the vertical portion (3) is provided with a set of vertical sliding 133, which is rotated by its both ends = 20 is slidably mounted on the set of vertical slides 133 such that the movable rod can be displaced up and down along the vertical portion 131. In addition, the horizontal portion (10) is provided with a set of screws 134 extending through the screw seat 121, and one end of each of the screws 134 is provided with a transmission wheel 1340, and each of the transmission wheels can be driven by The belt 134 is rotated by the power of a motor (not shown) so that each of the screws 134 can drive the carriage 13 to horizontally displace after being rotated. In particular, the 3rd, 5th, and 7th drawings omits some of the components and present the operation of the creation in a schematic manner. It is expected to avoid _ too much and lie by arranging the singularity of some components. Relevant people can understand the spirit of this creative agency, and first and foremost. Please refer to Figure 3 for the pressure wheel 14
設在該滑動架13上鄰近該垂直部131底端的位置，且該滑動架U 上樞設有一除塵輪14〇及一清潔輪i4i，其中該除塵輪刚的表面 具有黏性，且貼靠在該壓輪14上，以黏取該壓輪14上的異物（如： 粉塵^微小粒子），另，該清潔輪141的表面繞設有—除塵黏紙， 而貼罪在該除塵輪14〇上’使該除塵黏紙能黏取該除塵輪⑽上 的異物’藉此’業者能將雜塵減上_有異物㈣分割除， 以便以該除塵黏紙清潔的部分繼續黏取該除塵輪14{)上的異物。 如此，便能避免該壓輪14 ±的異物沾附到該壓印膜15上，防止 異物影響壓紋品質。 ▲又’在本較佳實施例中’請參閱第3圖所示，該滑動架13上 。又置有一氣愿缸135 (亦可為油壓虹），該等氣壓缸135係與該壓 輪14的樞轴Ua相連接’用以升降該壓輪丨[該壓印膜15的一 M411335 端固定在該可動桿！32上，且該壓印膜15的另一端固定在該平台 12上鄰近該水平部130的位置，該壓印膜15的一侧面貼靠在該壓 輪14上，在第2圖中’該壓印膜15遠離該壓輪14的另一側面上， 設有-敎區15G，誠紋區15〇上形财—觀聊。除了上述 技術特徵外，該紫外光產生器16設置在該滑動架13的水平部13〇 上，且能朝向該平台12發出一紫外光。另，請參閱第卜2圖所 '示，為避免熱能積蓄於該機罩11内，影響機台的正常運作，該紫 癱^光產生器16上°又有-熱氣排放軟管160 ’該熱氣排放軟管160 遠離该紫外光產生器16的一端係延伸至該機罩u外，以將該紫 外光產生器16產生的熱氣排放至該機罩丨丨外。 第4圖所*者為#者所預絲解備的—制物件4，在第* 圖中’ -紹板40上貼附有一薄膜層41，通常業者是使用液體式雙 面膠將該薄膜層41黏貼在該紹板4〇上，該薄膜層41上塗佈有一 層熱固性溶膠層42’待該熱固性溶膠層42進入半固化狀能時復 請參閱第2圖所示，業者即可藉由其他輸送裝置，將該待壓物件4 謇輸送至該平台I2上，並啟動與該傳動皮帶腿相連接的馬達， .使該等螺桿134以轉動的方式驅動該滑動架13水平位移，使該滑 動架13朝向該待壓物件4移動。請參閱第4、5圖所示，當該滑 動架13移動後’該壓輪14即滾壓並㈣該壓印膜15，且使該可 動梓132受到該壓印膜15的牽動而向下位移，藉此，該壓輪14 便月t*透過該壓印膜15滾壓該待壓物件4，以在該熱固性溶膠層犯 的表面形成-對應於該壓紋區15〇的紋路。此外，請參閱第5圖 所不，該可動桿132係受到一拉力w所牽引，故該可動桿132不 會向下墜落’而能固定住該壓印膜15，使該壓印膜15的表面維持 11 M411335 一定的張力。其後’請參閱第4、6賴示，當該壓輪14完成對 該待魔物件4的滾壓工作，且該紫外光產生n 16隨著該滑動架^ 的移動’通過該待壓物件4的上方時，該紫外光產生器16所發出 的紫外光即照射在該熱固性溶膠層42上，使該熱固性溶膠層犯 快速地完全固化，令壓印出的紋路能快速定型。 承上’請參閱第7圖所示，當該壓輪14及該紫外光產生器u 均通過該待壓物件4後，該氣壓缸135即拉昇該壓輪14，使該壓 輪14高於該待壓物件4，嗣，該組螺桿134即受到驅動，使該壓 輪14朝圖面右方移動。此時由於該壓輪14 6被向上抬升，故不 會^回程時再次滾壓該待壓物件4。此外，由於該可動桿132受到 力罝w的牽引’故當該壓輪14於回程時，該可動桿便受力向 上位移α牽動該壓印膜15回復到原位，而能回到如第3圖所示 之狀態。另外’復請參閱第3圖所示，為了避免該壓印膜还因摩 擦產生靜電後_找巾的異物，創作人乃思及在該垂直部⑶ 上鄰近該壓印膜15的另-側面的位置，設置—除靜電元件 (如：離子風吹送树）’財除賴印膜15的靜電，避免該磨 印膜/5吸附異物，有效防止異物破壞齡紋路等問題發生。 藉由本；ii作之〜構’烟者僅需將塗佈有熱固性溶膠層犯的 待廢物件4，平置於該平台12上，並啟動該壓紋機台結構，即能 在該熱固性轉層42上迅賴出紋路，錄藉由紫外光使該熱固 性溶膠層42快速定型，不僅大幅節省覆印所需的時間，更能避免 熱固性溶谬層42因顺而發生變料情事，再者，由於本創 作係利賴輪抵顧印膜15的方式，進行敎工作，因此， 當使用者欲變更紋路式時，僅需拆卸更換_印膜15即可， 12 rM4ll335 而不需拆卸更換越輪14或其他元件，不舰大幅提升生產線的 工作效率’更令本解能雜地誠不同的產品設計需求，有效 降低生產成本，徹底解決習知立體壓紋製作流程的問題。 按以上所述，僅為本創作之較佳實施例，惟本創作之技術 特徵並不舰於此’凡任健悉該項技藝者，在摘作之技術領 域内可輕易思及的變化或修舞，皆應涵蓋在以下本創作的申請 專利範圍中。 【圖式簡單說明】 第1圖係容納本創作之機台與機罩之立體示意圖； 第2圖係本創作之較佳實施例之立體示意圖； 第3圖係本創作之較佳實施例之動作原理示意圖； 第4圖係一待壓物件之立體示意圖； 第5圖係本創作之較佳實施例之另—動作原理示意圖； 第6圖係本創作之較佳實施例之又—動作原理示意圖；及 第7圖係本創作之較佳實施例之再—動作原理示意圖。 【主要元件符號說明】 機台 ............The sliding frame 13 is disposed adjacent to the bottom end of the vertical portion 131, and the sliding frame U is pivotally provided with a dust removing wheel 14〇 and a cleaning wheel i4i, wherein the surface of the dust removing wheel is viscous and abuts The pressure roller 14 is configured to adhere the foreign matter on the pressure roller 14 (for example, dust and fine particles), and the surface of the cleaning wheel 141 is wound around the surface of the cleaning wheel 141, and is affixed to the dust removing wheel 14 On the 'make the dust-removing adhesive paper to stick the foreign matter on the dust-removing wheel (10)', whereby the operator can reduce the dust by _ with foreign matter (four), so as to continue to stick the dust-removing wheel with the cleaned portion of the dust-removing adhesive paper Foreign objects on 14{). Thus, foreign matter of the pressure roller 14 ± can be prevented from adhering to the impression film 15 to prevent foreign matter from affecting the embossing quality. ▲ and 'in the preferred embodiment', please refer to Fig. 3, on the carriage 13. Further, a gas cylinder 135 (which may also be a hydraulic pressure rainbow) is attached, and the pneumatic cylinders 135 are connected to the pivot Ua of the pressure roller 14 to lift and lower the pressure roller 丨 [M411335 of the embossing film 15 The end is fixed to the movable rod! 32, and the other end of the embossing film 15 is fixed on the platform 12 adjacent to the horizontal portion 130, and one side of the embossing film 15 abuts on the pressure roller 14, in FIG. 2 The embossed film 15 is located away from the other side of the pressure roller 14, and is provided with a 敎 area 15G, and an embossed area 15 〇 形 形 — — — 。 。. In addition to the above technical features, the ultraviolet light generator 16 is disposed on the horizontal portion 13A of the carriage 13 and is capable of emitting an ultraviolet light toward the stage 12. In addition, as shown in Fig. 2, in order to prevent thermal energy from accumulating in the hood 11, affecting the normal operation of the machine, the sputum generator 16 has a hot air discharge hose 160' One end of the hot gas discharge hose 160 away from the ultraviolet light generator 16 extends outside the hood u to discharge the hot air generated by the ultraviolet light generator 16 to the outside of the hood. In the fourth figure, the article 4 is pre-wired by the #, and the film member 41 is attached to the '------------------------------ The layer 41 is adhered to the slab 4, and the film layer 41 is coated with a layer of thermosetting sol 42. When the thermosetting sol layer 42 enters the semi-cured state, please refer to FIG. 2, and the operator can borrow The other objects are transported to the platform I2 by other conveying devices, and a motor connected to the driving belt legs is activated, and the screws 134 are rotationally driven to horizontally displace the carriage 13 so that The carriage 13 is moved toward the object to be pressed 4. Referring to Figures 4 and 5, when the carriage 13 is moved, the pressure roller 14 is rolled and (4) the embossing film 15, and the movable cymbal 132 is pulled by the embossing film 15 downward. Displacement, whereby the pressure roller 14 presses the object to be pressed 4 through the embossing film 15 to form a surface corresponding to the embossed area 15 在 on the surface of the thermosetting sol layer. In addition, referring to FIG. 5, the movable rod 132 is pulled by a pulling force w, so the movable rod 132 does not fall downwards, and the impression film 15 can be fixed to make the impression film 15 The surface maintains a certain tension of 11 M411335. Thereafter, please refer to the fourth and sixth steps, when the pressure roller 14 completes the rolling work on the object 4, and the ultraviolet light generates n 16 as the movement of the carriage ^ passes through the object to be pressed When the upper portion of the ultraviolet light is emitted, the ultraviolet light emitted from the ultraviolet light generator 16 is irradiated onto the thermosetting sol layer 42, so that the thermosetting sol layer is rapidly and completely cured, so that the embossed texture can be quickly set. As shown in FIG. 7, when the pressure roller 14 and the ultraviolet light generator u pass through the object to be pressed 4, the pneumatic cylinder 135 pulls up the pressure roller 14, so that the pressure roller 14 is high. After the object to be pressed 4, 嗣, the set of screws 134 is driven to move the pressure roller 14 to the right of the drawing. At this time, since the pressure roller 14 6 is lifted upward, the object to be pressed 4 is not rolled again when the return stroke is performed. In addition, since the movable rod 132 is pulled by the force 罝w, when the pressure roller 14 is in the return stroke, the movable rod is subjected to the upward displacement α to pull the embossing film 15 back to the original position, and can return to the first position. 3 shows the state. In addition, as shown in Fig. 3, in order to avoid the foreign matter of the embossed film which is generated by the friction due to friction, the creator thinks that the other side of the embossed film 15 is adjacent to the vertical portion (3). The location, setting - in addition to the electrostatic components (such as: ion wind blowing tree), the electrostatics of the film 15 to avoid the adsorption film 5 adsorption of foreign matter, effectively prevent foreign matter from damaging the age of the road and other problems. By the present invention, the smoker only needs to place the waste material 4 coated with the thermosetting sol layer on the platform 12, and start the embossing machine structure, that is, the thermosetting transfer can be performed. The layer 42 is quickly traced, and the thermosetting sol layer 42 is quickly shaped by ultraviolet light, which not only greatly saves the time required for the printing, but also prevents the thermosetting solution layer 42 from changing due to the smoothness. Because the creation system relies on the way of the film 15 to carry out the work, therefore, when the user wants to change the grain type, it is only necessary to disassemble and replace the film 15, 12 rM4ll335 without disassembly and replacement Wheel 14 or other components, not the ship to greatly improve the efficiency of the production line's more than this product can meet the different product design needs, effectively reduce production costs, and completely solve the problem of the traditional three-dimensional embossing process. According to the above description, it is only a preferred embodiment of the present invention, but the technical features of the creation are not the ones that can be easily thought of in the technical field of the abstract. The dance should be covered in the scope of the patent application below. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a machine and a hood of the present invention; FIG. 2 is a perspective view of a preferred embodiment of the present invention; FIG. 3 is a preferred embodiment of the present invention. Schematic diagram of the principle of operation; Fig. 4 is a perspective view of a workpiece to be pressed; Fig. 5 is a schematic diagram of another principle of the preferred embodiment of the present invention; Fig. 6 is a schematic diagram of the preferred embodiment of the present invention Schematic diagram; and Fig. 7 is a schematic diagram of the re-action principle of the preferred embodiment of the present invention. [Main component symbol description] Machine ............
機罩 ............ U 正厶 十0 ............ 12 執道 ............120 螺桿座 ............22 j 滑動架 ............13 13 1 1M411335 水平部 ............ 130 垂直部 ............ 131 可動桿 ............132 桿座 ............1320 垂直滑桿 ............133 螺桿 ............134 傳動輪 ............1340 傳動皮帶 1341 氣壓缸 ............135 壓輪 14 樞軸 ............ 14a 除塵輪 ............140 清潔輪 ............141 壓印膜 15 壓紋區 ............150 紫外光產生器 ............16 熱氣排放軟管 ............160 除靜電元件 ............17 待壓物件 ............4 鋁板 40 薄膜層 ............41 熱固性溶膠層 ............42Hood ............ U 正厶10 0 ............ 12 ruling ......... 120 screw seat. ...........22 j Slider............13 13 1 1M411335 Horizontal section............ 130 Vertical section.. .......... 131 movable rod............132 rod holder............1320 vertical slider... ......133 screw............134 drive wheel............1340 drive belt 1341 air cylinder......... ...135 Pressure roller 14 Pivot............ 14a Dust removal wheel............140 Cleaning wheel........... .141 Imprinted film 15 Embossed area............150 Ultraviolet light generator............16 Hot air discharge hose....... .....160 In addition to electrostatic components............17 Objects to be pressed............4 Aluminum plate 40 Film layer........ ....41 Thermosetting sol layer............42
拉力 ............W 14Pulling ............W 14