M411347 五、新型說明： 【新型所屬之技術領域】 一種壓印機’特別是指-種紫外線光固化立體 圖文轉寫機。 【先前技術】 隨著科技的進步，大量的^產品，如智慧型手 機、筆記型電腦等各項產品以成為現代人於曰常生 活上不可或缺的產品。 而筆記型電腦及各式3C產品，為了追求視覺美 感，於其外殼上多半會作裝飾處理。而傳統處理方 式’若外殼材質為塑膠時，多半Μ塗上色方式來 作處理。然而，此種製程方式會產生廢氣而造成汗 木’且喷塗後需再做三次加工的程序，步驟繁項。 此外’亦有使用金屬表面裝•處理的技術，對 外殼作表面處理，如使用外與# a 使用化學者色、電解著色、裝 飾電鍍或金屬表面触刻等技術，如於金屬殼體上產 生髮絲紋路。“，此種處理方式成本較高，且具 有難以回收使用之缺點。 :新型内容】 本創作之主要目的，旨尤坦^ 0在鈥供一種紫外線光固 化立體圖文轉寫機，其可壓印立體雕花至各式扎產 品上，以增加美觀度。 3 ivm 丄 347 為達上述目的，本創作之紫外線光固化立體圖 文轉寫機，其係將設置一圖案層之一塑膠基片壓印 至—板材，且該板材之頂面係預先塗佈一光固化塑 膠，該紫外線光固化立體圖文轉寫機包含一承載平 及轉印件。該承载平台係承載該板材，該轉印 件係S又置於該成載平台之上方’而該轉印件具有一 滾輪體及一紫外光照明單元。該滾輪體對應該承載 平台。該紫外光照明單元則設置於該滚輪體之一 側。該基材夹具則包括一固定式夹持單元及一可動 式失持單元。該固定式夾持單元係設置於該承載平 σ之一側，該固定式夾持單元係夾持固定該塑膠基 片。該可動式夾持單元係設置於該承載平台之另一 4該可動式夾持單元係夾持固定該塑耀基片之另 —端。 其中，該紫外線光固化立體圖文轉寫機更包含 頂針元件，該頂針元件係設置於該承載平台與該 可動夾持件之間。 其中，當該頂針元件向上移動時，該可動式夹 持早π係受該塑膠基片之帶動而向上及朝向該承載 平台之方向移動。 —Μ其中，該紫外線光固化立體圖文轉寫機更包含 —滑軌，該承載平台係設置於該滑軌上。 八其中’該承載平台更包括二凸條，該等凸條係 分别設置於該承載平台之二側邊。 4 該塑膠基片至該板 之頂部之高度差可 /、 ，s該滾輪體向下滾壓 ，時胃凸條頂部與該塑膠基片 為 〇.05 至 〇.5_。 八中，該板材之溫度係為攝氏3〇度至12〇度。 其中’該紫外線照明單元之紫外光波長；為 27〇nm 至 44〇nm。 【實施方式] 為使責審查委員能清楚了解本創作之内容，謹 以下列說明搭配圖式’敬請參閱。 請參閲第1圖、第2圖、第3圖及第4圖所示， 其係為本創作紫外線光固化立體圖文轉寫機較佳實 施例之第一立體視圖、第二立體視圖、第3立體視 圖及侧視示意圖。圖中’該紫外線光固化立體圖文 轉寫機1係供將一設置一圖案層21之一塑膠基片 2,將該圖案層21轉印至一板材3上，如第4圖所 示。該圖案層21玎為各種立體浮凸之圖案文字，如 山水、花紋、文字、動植物等各式圖紋花樣造型、 或機器等等圖樣或文字。該板材3可為鋁金屬、鎂 鋁金屬、鈦金屬、塑膠聚脂或木材，而該板材3可 tfmi347 作為任何產品之外殼使用，且該板材3之頂面則預 先塗佈一光固化膠層4’其可供紫外線（UV light)照 射時’可凝固硬化於該板材3之表面，而可作為保 護使用。該圖案層2 1則可以網印或蝕刻方式所製 成，再經沖切成型所形成’其可為各式圖案或立體 雕花紋路。 其中’該紫外線光固化立體圖文轉寫機1包含 一滑轨19、一承載平台12、一轉印件13、一基材 失具14及一頂針元件15。 該滑執1 9設置於該紫外線光固化立體圖文轉寫 機1之一操作平面16上。 該滑執19上則設置該承載平台12，而可使該承 載平台12滑動於該滑軌19上。其中，該承載平a 1 2之兩側邊更分別設置一凸條1 2 !。 該轉印件1 3裝設於一導螺桿組1 7上，而可沿 該導螺桿組1 7之方向往復移動，並具有一滾輪體 131及一紫外光照明單元132。該滾輪體m設置於 該轉印件1 3之下方並對應該導螺桿組1 7，其上則 設置一昇降裝置133，而可隨該昇降裝置133之帶 動而朝向該承載平台12之方向或遠離該承載平台 12之方向而作昇降移動。該紫外光照明單元丨3 2則 設置於該滚輪體13 1之一側，其可朝下方發射紫外 光線以固化塗佈於該板材3上之光固化膠4。 該基材失具14則包括一固定式夾持單元141及 6 M411347 得該紫外線光固化立體圖文轉寫機1工作時能控制 於無塵狀態，以提昇良率及避免不良品的發生。 综上所述，本創作紫外線光固化立體圖文轉寫 機，其功效在於將印製立體雕花紋之圖案層壓印於 塗佈光固化膝層之板材上，當以紫外光照射該光固 化膠層使其固化後，該圖案層便可結合該板材，而 使該板材呈現具有立體感之花紋或圖案，且這種製 程環保而不汙染。 本創作紫外線光固化立體圖文轉寫機，其另一 功效在於使用固定式夾持單元及可動式夹持單元央 持固定該塑膠基片，提供塑膠基片以一定張力穩定 壓印於板材上’以提昇良率及品質。 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，在不脫離本 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，本創作之紫外線光固化立體圖文轉 寫機，係具有專利之創作性，及對產業的利用價值； 申月人茇依專利法之規定，向鈞局提起新型專利 之申請。 9 M411347 【圖式簡單說明】 第1圖，為本創作紫外線光固化立體圖文轉寫機之 第一立體視圖。 第2圖，為本創作紫外線光固化立體圖文轉寫機較 佳實施例之第二立體視圖。 第3圊’為本創作紫外線光固化立體圖文轉寫機較 佳實施例之第三立體視圖。 第4圖，為本創作紫外線光固化立體圖文轉寫機較 佳實施例之側視示意圖。 第5圖，為本創作紫外線光固化立體圖文轉寫機較 佳實施例之第一作動示意圖。 第6圖，為本創作紫外線光固化立體圖文轉寫機較 佳實施例之第二作動示意圖。 第7圖’為本創作紫外線光固化立體圖文轉寫機較 佳實施例之第三作動示意圖。 第8圖，為本創作紫外線光固化立體圖文轉寫機較 佳實施例之第四作動示意圖。 第9圖，為本創作紫外線光固化立體圖文轉寫機較 佳實施例之第五作動示意圖。 第10圖’為本創作紫外線光固化立體圖文轉寫機較 佳實施例之第六作動示意圖。 第11圖’為本創作紫外線光固化立體圖文轉寫機較 佳實施例之成品示意圖。 第12圖’為本創作紫外線光固化立體圖文轉寫機較 10 M411347 佳實施例凸條與圖案層高度差示意圖。 【主要元件符號說明】 1 紫外線光固化立體圖文轉寫機 12 承載平台 121 凸條 13 轉印件 131 滚輪體 132 紫外光照明單元 133 昇降裝置 14 基材夾具 141 固~定式夹持·單元 142 可動式夾持單元 15 頂針元件 16 操作平面 17 導螺桿 18 除塵裝置 181 抽風模組 182 排氣管路 19 滑轨 2 塑膠基片 21 圖案層 3 板材 11 M411347 4 光固化層 Η 高度差 12M411347 V. New description: [New technical field] A stamping machine 'specially refers to a kind of ultraviolet light-curing stereo image transfer machine. [Prior Art] With the advancement of technology, a large number of products, such as smart phones and notebook computers, have become indispensable products for modern people. Notebook computers and various 3C products, in order to pursue visual beauty, will mostly be decorated on the outer casing. The traditional treatment method, if the outer casing is made of plastic, is mostly painted and processed. However, this type of process produces exhaust gas and causes sweat, and the process of processing is repeated three times after spraying, and the steps are complicated. In addition, there are also techniques for the surface treatment of the metal surface, such as the use of chemical and color, electrolytic coloring, decorative plating or metal surface contact, such as the use of metal shells. Hairline. “This kind of treatment is costly and has the disadvantage of being difficult to recycle.: New content】 The main purpose of this creation is to provide a UV-curable stereo image transfer machine with embossing. Three-dimensional engraving to various styles of products to increase the aesthetics. 3 ivm 丄347 For the above purposes, the UV-curing stereoscopic image transfer machine of this creation will be stamped with a plastic substrate of a pattern layer. a plate, and the top surface of the plate is pre-coated with a light-curing plastic, the ultraviolet-curing stereoscopic image transfer machine comprises a bearing flat and a transfer member. The carrying platform carries the plate, and the transfer member is S The transfer member has a roller body and an ultraviolet light illumination unit. The roller body corresponds to the platform. The ultraviolet light illumination unit is disposed on one side of the roller body. The substrate holder includes a fixed clamping unit and a movable holding unit. The fixed clamping unit is disposed on one side of the bearing flat σ, and the fixed clamping unit clamps and fixes the plastic base. The movable clamping unit is disposed on the other side of the carrying platform. The movable clamping unit clamps and fixes the other end of the plastic substrate. The ultraviolet light curing stereo graphic transfer machine further The ejector pin is disposed between the carrying platform and the movable clamping member. When the ejector member moves upward, the movable clamping is driven by the plastic substrate upwards and Moving in the direction of the carrying platform. The ultraviolet-curing stereoscopic image transfer machine further includes a sliding rail, and the carrying platform is disposed on the sliding rail. The eight of the carrying platform further comprises two convex strips. The ribs are respectively disposed on two sides of the carrying platform. 4 The height difference of the plastic substrate to the top of the board can be /, s the roller body is rolled down, and the top of the stomach ridge and the plastic The substrate is 〇.05 to 〇.5_. In the eighth, the temperature of the plate is from 3 to 12 degrees Celsius. The ultraviolet wavelength of the ultraviolet illumination unit is 27 〇 to 44 〇. Implementation method] The staff can clearly understand the content of this creation. Please refer to the following description for matching the drawings. Please refer to Figure 1, Figure 2, Figure 3 and Figure 4 for the creation of UV-curing. A first perspective view, a second perspective view, a third perspective view and a side view of a preferred embodiment of the stereoscopic text transfer machine. In the figure, the ultraviolet light solidified stereo image transfer machine 1 is provided with a pattern layer. 21 one of the plastic substrates 2, the pattern layer 21 is transferred onto a plate 3, as shown in Fig. 4. The pattern layer 21 is a pattern of various three-dimensional embossing, such as landscapes, patterns, characters, animals and plants. Such a pattern or pattern, or machine, etc. The sheet 3 may be aluminum metal, magnesium aluminum metal, titanium metal, plastic polyester or wood, and the sheet 3 can be used as a casing of any product. And the top surface of the plate 3 is pre-coated with a photo-curable adhesive layer 4' which can be solidified and hardened on the surface of the plate 3 when it is irradiated with ultraviolet light, and can be used as a protection. The pattern layer 2 1 can be formed by screen printing or etching, and then formed by die-cutting, which can be various patterns or three-dimensionally patterned roads. The ultraviolet curing stereoscopic image transfer machine 1 comprises a slide rail 19, a carrying platform 12, a transfer member 13, a substrate offset 14 and a ejector member 15. The slider 19 is disposed on an operation plane 16 of the ultraviolet-curable stereoscopic image transfer machine 1. The load platform 19 is disposed on the slide 19, and the load platform 12 can be slid on the slide rail 19. Wherein, the two sides of the bearing flat a 1 2 are respectively provided with a rib 1 2 ! The transfer member 13 is mounted on a lead screw set 17 and reciprocally movable in the direction of the lead screw set 17 and has a roller body 131 and an ultraviolet light illumination unit 132. The roller body m is disposed below the transfer member 13 and is disposed on the lead screw set 173, and is provided with a lifting device 133, and can be driven toward the carrying platform 12 by the lifting device 133 or Moving up and down away from the direction of the carrying platform 12. The ultraviolet light illuminating unit 丨3 2 is disposed on one side of the roller body 13 1 and emits ultraviolet light downward to cure the photo-curable adhesive 4 coated on the plate member 3. The substrate dislocation 14 includes a fixed clamping unit 141 and 6 M411347. The ultraviolet curing stereo image transfer machine 1 can be controlled in a dust-free state to improve the yield and avoid the occurrence of defective products. In summary, the effect of the creation of the ultraviolet light-curing stereoscopic image transfer machine is to laminate the printed pattern of the three-dimensional engraved pattern on the plate coated with the light-cured knee layer, and irradiate the light-curing adhesive with ultraviolet light. After the layer is cured, the patterned layer can be combined with the sheet material to give the sheet a three-dimensional pattern or pattern, and the process is environmentally friendly and non-polluting. The utility model relates to an ultraviolet light-curing stereoscopic image transfer machine, which has the other function of fixing the plastic substrate by using a fixed clamping unit and a movable clamping unit, and providing the plastic substrate to be stably pressed on the plate with a certain tension. To improve yield and quality. The above descriptions are only for the preferred embodiment of the present invention, and are not intended to limit the scope of the present invention, and the equivalent changes and modifications made without departing from the spirit and scope of the present invention should be included in the present disclosure. Within the scope of the creation of the patent. To sum up, the UV-curing stereoscopic image transfer machine of this creation has the patented creativity and the value of the use of the industry; Shenyue people filed a new patent application with the bureau in accordance with the provisions of the Patent Law. 9 M411347 [Simple description of the diagram] Figure 1 is the first perspective view of the UV-cured stereo image transfer machine. Fig. 2 is a second perspective view showing a preferred embodiment of the ultraviolet light-curing stereoscopic image transfer machine of the present invention. The third 圊' is a third perspective view of a preferred embodiment of the present ultraviolet light-curing stereoscopic image transfer machine. Fig. 4 is a side elevational view showing a preferred embodiment of the ultraviolet light-curing stereoscopic image transfer machine of the present invention. Fig. 5 is a schematic view showing the first operation of the preferred embodiment of the ultraviolet light curing stereoscopic image transfer machine. Fig. 6 is a schematic view showing the second operation of the preferred embodiment of the ultraviolet light-curing stereoscopic image transfer machine. Fig. 7 is a schematic view showing the third operation of the preferred embodiment of the ultraviolet light-curing stereoscopic image transfer machine. Fig. 8 is a schematic view showing the fourth operation of the preferred embodiment of the ultraviolet light-curing stereoscopic image transfer machine. Fig. 9 is a schematic view showing the fifth operation of the preferred embodiment of the ultraviolet light-curing stereoscopic image transfer machine. Fig. 10 is a schematic view showing the sixth operation of the preferred embodiment of the ultraviolet light-curing stereoscopic image transfer machine. Fig. 11 is a schematic view showing the finished product of a preferred embodiment of the ultraviolet light-curing stereoscopic image transfer machine. Fig. 12 is a schematic view showing the height difference between the convex strip and the pattern layer of the preferred embodiment of the ultraviolet light-curing stereoscopic image transfer machine according to 10 M411347. [Explanation of main component symbols] 1 UV-curing stereoscopic transfer machine 12 Loading platform 121 Rives 13 Transfer member 131 Roller body 132 Ultraviolet illumination unit 133 Lifting device 14 Substrate jig 141 Solid-fixed clamping unit 142 Clamping unit 15 thimble element 16 operating plane 17 lead screw 18 dust removal device 181 exhaust module 182 exhaust line 19 slide rail 2 plastic substrate 21 pattern layer 3 sheet 11 M411347 4 photo-cured layer 高度 height difference 12