M273465 - 八、新型說明： 【新型所屬之技術領域】 本創作係提供一種燙金機之結構改艮，係於機體工作 台之上、下方分別設有彼此相對應且具有町調整烫金方位 之上模組及下模組；而上模組利用縱向動力源帶動下降， 且配合線性滑執之彈性抵觸活動模座，而連同位於兩旁之 烫金箔紙捲收端、燙金箔紙送料端所運送之燙金箔紙，以 及下板組在利用橫向動力源帶動工作物（如谷器）於定位 • 及轉動中的同時，沿著工作物（如容器）之不規則表面作合 宜上下調動之烫金作業；而當線性滑執被固定時，該燙金 機可供一般固定圓型形體之工作物（如容器）作烫金作 ‘業，藉此提供一種只需一台燙金機即可作各種不同型體之 工作物（如容器）作所需烫金技術，且確保烫金效果為最佳 之結構創新設計。 【先前技術】 i按，請參閱第一圖所示，一般常見的容器（ίο)於經製 • 造成型後，除了在其表面可印刷有各種精美之圖案外，為 使該容器之整體外觀更具有美觀協調性，於是即有業者會 於該容器（10)外緣加以燙金，以使各式容器（1〇)之外觀更 具質感，而令整體更呈現出具高品質之美觀價值感；因 此，現今之燙金在工業界及消費市場上是項十分受歡迎之 技術。 然而，請參閱第二圖及第三圖所示，目前傳統式之烫 金機，大都僅能對平面之物品或圓柱形之容器（10)進行一 般之’烫金作業，亦即，平面烫印，只要採用兩對應模具向 M273465 ==2 ’即可完成平面烫金作業，而圓形之烫印， 亦可·%_及配合兩對輕具 完成圓形燙金作業；但是，卜人△監之万式彳〜了 ^ ^ ^ * 4- Θ 一疋上迷經烫金後之容器（ίο)難免 曰因兩^換具形成對半狀之加壓後 金之兩邊存有接縫之瑕窥;除此之外，該== 機，對其他非平面或非圓知裕夕々必 得既貳之烫金 a -¾ - ^ , 一囫柱^之各種不同形體（如多邊形） 的物^谷器（以下則以容器作為代表），因無法採用上述M273465-8. Description of the new type: [Technical field to which the new type belongs] This creation is to provide a structural modification of the hot stamping machine. The upper and lower parts of the machine are provided with upper molds that correspond to each other and have broaching orientations. And the lower module; the upper module uses the longitudinal power source to drive the lowering, and cooperates with the elasticity of the linear slide to resist the movable mold seat, and together with the hot foil foil winding end and hot foil foil feeding end on both sides, The gold foil paper and the lower plate group use the lateral power source to drive the work object (such as a valley device) while positioning and rotating, and do the bronzing operation suitable for up and down movement along the irregular surface of the work object (such as a container); and When the linear slider is fixed, the hot stamping machine can be used for hot stamping work (such as containers) that generally fixes a round shape, thereby providing a hot stamping machine that can be used for various types of work. Materials (such as containers) for the required bronzing technology, and ensure that the bronzing effect is the best structural innovation design. [Previous technology] Press, please refer to the first picture. After the common container (ίο) is made, it can be printed with various delicate patterns on its surface to make the overall appearance of the container. It is more beautiful and harmonious, so that some people will stamp the outer edge of the container (10) to make the appearance of various containers (10) more texture, and make the overall appearance more high-quality aesthetic value; Therefore, today's bronzing is a very popular technology in the industrial and consumer markets. However, please refer to the second and third diagrams. Currently, most traditional hot stamping machines can only perform general 'hot stamping operations on flat objects or cylindrical containers (10), that is, flat stamping. As long as the two corresponding molds are used to M273465 == 2 ', the flat hot stamping operation can be completed, and the round hot stamping can also be completed with %% and two pairs of light tools to complete the round hot stamping operation; The formula 了 ^ ^ ^ * 4- Θ The container after the hot stamping (ί) is inevitably said that because of the two ^ changeovers, the two sides of the gold after the pressurization of the half shape have seams; apart from this, In addition, this == machine, for other non-planar or non-circumferential Yuxi 々 々 must get the existing bronzing a-¾-^, a pillar ^ various shapes (such as polygons) objects ^ Valley device (the following uses Container as representative), as the above cannot be used
==之爱金方法來作業’故還是得用轉印或印刷技 術絲作所欲表現之圖案或文字，岐各種不㈣體的容 器仍欠缺燙金技術之價值感。 緣此，今本創作者即是有鑑於上述各種不同形體的容 器無法使用燙金機之問題，於是本著求好之精神及理念， 並藉助多年所累積的專業知識、技術、經驗的辅佐下，不 斷致力烫金機產品的改良與開發，因而創作出一種方便掌 控所欲燙金之各種不同形體的容器完成所需燙金技術的 結構設計，務期彰顯該燙金機產製多元化之實質效益。 【新型内容】 本創作係有關於烫金機之結構改良，係於機體工作台 之上、下方分別設有彼此相對應之上模組及下模組；其中·· 該上模組具有一結合座，該結合座下方銜設一燙金加 熱座，該燙金加熱座下端組設一活動模座，該活動模座與 烫金加熱座呈軌道式之相交設立，以供活動模座可依據工 作物所欲烫金之方位而於燙金加熱座處作前後調整，該結 合座左、右兩端分別連設有具動力源之燙金箔紙捲收端、 燙金箔紙送料端，以供欲烫金用之燙金箔紙位於活動模座 下方得以進行一連貫之棬縮及送料作業，而該結合座上方 M273465 連接有一縱向動力源，該縱向動力源之施力端銜設有第一 導桿，此第一導桿係套入於機體工作台對應所設之縱向滑 執間’並與結合座之表面呈非固定之抵靠，以供縱向動力 源驅動第一導桿即可帶動結合座作上、下移動，而該第一 導桿另一侧固置有第二導桿，此第二導桿為配合套入於一 固置於結合座上之線性滑軌間，且其底端穿出結合座至燙 金加熱座之間，以供該活動模座抵觸容器表面的同時，藉 線性滑軌控制該結合座於第二導桿間隨著容器表面的走 勢作上、下之移動。 該下模組具有一 X軸固定模座，該X軸固定模座上設 置有一 y軸固定模座及一轴心座，該y轴固定模座與X軸 固定模座呈軌道式之相交設立，使該y轴固定模座可依據 工作物所欲燙金之方位而於X轴固定模座處作前後移動 之調整’對該y軸固定模座設有橫向動力源，且該y軸固 定模座上設置有一滑動座，該滑動座與y轴固定模座呈執 道式之相接設立，且該滑動座一端係與橫向動力源之出力 轴端連設’以供藉由橫向動力源之作動下而於y軸固定模 座上作左右向之行進，而該滑動座上框設一移動座，該移 動座一端亦與軸心座樞接，且該移動座上方組設有定位 座，定位座設有兩欲將工作物左右兩旁予以定位及滾動之 夾持輪，以及可將容器前後兩端予以調整止擋之限位部， 對該移動座位於容器開口的一端設有吹氣裝置。 據此，藉上模組及下模組之結合構造，使該燙金機可 藉上模組可隨各種不同形體之工作物（如容器）表面作上 下調動的燙金操作的同時，再藉下模組帶動工作物（如容 器）成圓周之作動下，來達到確實平順完美且無接縫產生 7 ⑧ M273465 之燙金作業。 【實施方式】 * =關本創作為達上揭目的、功效，其所採用之技術手 I又及t構’本創作人茲舉數較佳可行實施例並配合圖式說 月如下以使審查委員對本創作能有更進一步之瞭解與認 同。 首先’清參閱第四圖及第五圖所示，關於本創作之燙 金機結構内容’係於機體工作台⑴之上、下方分別設有 彼此相對應之上;⑵及下模組⑶，以及機體工作台⑴ 於對應上模組（2)之方位設有第—感應賴⑷、第二感應 開關⑸’對應下模組⑶之方位設有第三感應開關（6)(如 第五圖所示）；其中： 該上模組（2)具有一可上下調整水平之結合座（21)， 該結合座（21)下方組設一燙金加熱座（22) ，該燙金加熱座 (22)下端組設一活動模座（221) ，該活動模座（221)與燙金 加熱座（22)呈軌道式之相交設立，以供活動模座（221)可 依據工作物（1〇)(如容器）所欲燙金之方位而於燙金加熱 座（22)處作前後調整（如第九圖所示），且該活動模座（221) 底端銜接有燙金模具（222)，此燙金模具（222)可依據欲燙 金之圖案或文字作更換使用；該結合座（21)左、右兩端分 別連設有具動力源（23)之烫金箔紙捲收端（24)、燙金箔紙 送料端（25)，使欲燙金用之燙金猪紙（26)位於燙金模具 (222)下方得以進行一連貫之捲縮及送料作業，而該結合 座（21)上方連接有一縱向動力源（2Ό，該縱向動力源（27) 之施力端銜設有第一導桿（271)(如第五圖所示），此第一 導桿（271)係套入於機體工作台（1)對應所設之縱向滑軌 8 ⑧ M273465 (11)間（如第四、五、七圖所示），以供縱向動力源（27)在 作動產生下，該第一導桿（271)即於縱向滑執（11)間作直 立式之上、下移動，而該第一導桿（271)的作用端貼靠於 結合座（21)之表面，並未與結合座（21)固定，且該第一導 桿（271)的一侧固置有第二導桿（28)，此第二導桿（28)為 配合套入於一固置於結合座（21)上之線性滑執（29)間（如 第五、七圖所示），且其底端形成有一活動段（281)，此活 動段（281)乃穿出結合座（21)下方並位於燙金加熱座（22) 之間’為使結合座（21)利用活動模座（221)抵觸容器（10) 表面的同時’藉線性滑軌（29)控制該結合座（21)於第二導 桿（28)間隨著容器（10)表面的走勢作上、下之移動（如第 十二圖至第十五圖所示），另於該活動段（281)上設有嵌著 部（282)，此嵌著部（282)為供不使用線性滑軌（29)作動 時，可配合一固位單元（283)在結合座（21)下方將嵌著部 (282)予以插接固定（如第七圖、第九圖所示），使該結合 座（21)無法在第二導桿（28)之活動段（281)間活動，而僅 能依靠縱向動力源（27)作一般上、下之昇降運動； 該下模組（3)具有一 X軸固定模座（31)，該X軸固定 模座（31)上設置有一 y軸固定模座（32)及一軸心座（33) (如第五圖至第七圖所示），該y轴固定模座（32)與χ軸固 定模座（31)呈軌道式之相交設立，使該y軸固定模座（32) 可依據容器（10)所欲燙金之方位而於該X轴固定模座（31) 處作前後移動之調整，對該y軸固定模座（32)設有橫向動 力源（30) ’且該y軸固定模座（32)上設置有一滑動座 (34)，該滑動座（34)與y軸固定模座（32)呈執道式之相接 設立，且該滑動座（34)—端係與橫向動力源（30)之出力軸 M273465 端連設，使該滑動座（34)可由橫向動力源（30)之作動下而 於y軸固定模座（32)上作左右向之行進，而該滑動座（34) 上樞設一移動座（35)，該移動座（35)—端與轴心座（33)樞 接，且該移動座（35)上亦組設定位座（351)，該定位座（351) 上設有兩欲將容器（10)左右兩旁予以定位及滾動之夾持 輪（352)，以及可將容器（1〇)前後兩端予以調整止擋之限 位部（353)，對該移動座（35)在位於容器開口的那端設有 吹氣裝置（36)(如第十圖、第十一圖所示）。 再者，請參閱第七圖及第八圖所示，本創作烫金機之 結構設計，主要重點係在於可實施各種不同形體（如圓 形、錐形、多邊形等）之容器的燙金作業；故當該燙金機 欲做一般圓形之烫金作業時，須先將第二導桿（28)之活動 段（281)的嵌著部（282)，藉一固位單元（283)在結合座（21) 下方將嵌者部（282)予以插接固定（如第七圖、第九圖所 示），使該第二導桿（28)之活動段（281)因被固定，而令該 線性滑軌（29)無法產生作用；接下來，即將容器（1〇)予以 固定在定位座（351)左右兩旁之夾持輪（352)間，且藉該移 動座（35)前後兩端之限位部（353)予以容器（1〇)對應止擋 限位之後，即可啟動燙金機之電源開關下，使該上模組（2) 之縱向動力源（27)驅使第一導桿（271)於機體工作台（1) 之縱向滑軌（11)間實施下降運作（如第七圖所示），而使上 模組（2)之結合座（21)在下降中碰觸到第一感應開關 (4) ’即傳達控制下模組（3)其位於y軸固定模座幻之橫 向動力源（30)以其出力轴端產生前進之作動下，而順勢推 動滑動座（34)於y轴固定模座（32)呈執道式的往上模組 (2)欲燙金之方位前進，此時，在結合座（21)下降中，該 M273465 下模組（3)之滑動座（34)上端所樞設的移動座（35)，在以 其一端與軸心座（33)樞接處為支點下，而使移動座（35)以 另一端呈逆時針的方向偏轉，且令該移動座（35)上端所組 設之定位座（351)的夾持輪（352)產生轉動，而連同帶動容 器（10)作圓周滚動下，即被上模組（2)之燙金模具（222) — 併將位於其下方之燙金箔紙（26)對應燙印於容器（10)之 表面，使該各器（10)完成燙金作業；繼而，當y軸固定模 座（32)之橫向動力源（3〇)將滑動座（34)推動到前進狀態 之極限，即碰觸到位居下模組（3)之第三感應開關（6)時， 則同時通知上模組（2)縱向動力源（27)驅使第一導桿（271) 於機體工作台（1)之縱向滑軌（11)間回復上升之作動，以 及通知下模組（3)之橫向動力源（30)回復右方之作動，而 田上模組（2)之結合座（21)上升回復到極限，即碰觸到位 居上模組（2)之第二感應開關（5)時，該第二感應開關（5) 便通知燙金箔紙捲收端（24)、燙金箱紙送料端（25)之動力 源（23)控制燙金用之燙金箔紙（26)進行一連貫之捲縮及 送料作業。 復，請參閱第十二圖至第十五圖所示，當該燙金機欲 做各種不同形體之容器〇〇)的燙金作業時，須先將原來定 位於第二導桿（28)之活動段（281)的嵌著部（282)處之固 位單元（283)予以拆除（如第七圖、第九圖所示），使該線 性滑執（29)可於第二導桿（28)上活動，亦即，當容器（1〇) 置於移動座（35)上時，啟動燙金機之電源開關，使該上模 組（2)之縱向動力源（27)驅使第一導桿（271)於機體工作 台（1)之縱向滑執（11)間實施下降運作（如第七圖所示）， 使上模組（2)之燙金模具（222)連同燙金箱紙（26)壓觸到 M273465 下模組（3)之移動座（35)上的容器（1〇)表面， 而 模具(222)藉由固置於結合座(21)上之線性滑軌叉以 及配合下模組（3)如上述之同步作動下，使該 隨著容器（10)形成圓周轉動的同時，其烫金楔罝α 沿著容器⑽表面的走勢而呈或上、或下之移動、，即可順 利將烫:金'冶紙（26)燙製於不同形體的容器（丨〇)之面 確保其烫金效果不會有偏差者。。== The love of gold method to work ’Therefore, it is still necessary to use transfer or printing technology silk to make the desired expression or text. The various non-body containers still lack the value of bronzing technology. For this reason, the creators of this book have the problem of not being able to use the hot stamping machine for the containers of different shapes mentioned above. Therefore, based on the spirit and philosophy of seeking for good, and with the help of accumulated professional knowledge, technology and experience for many years, Continually committed to the improvement and development of hot stamping machine products, therefore creating a structural design that facilitates the control of the various hot stamping containers of different shapes to complete the required hot stamping technology, and the business period highlights the substantial benefits of the production and diversification of the hot stamping machine. [New content] This creation is related to the structural improvement of the hot stamping machine, which is provided above and below the body table with upper and lower modules corresponding to each other; of which, the upper module has a combination seat A hot stamping heating seat is arranged below the combined seat, and a movable die seat is set at the lower end of the hot stamping seat. The movable die seat and the hot stamping seat are intersected in a track-type manner, so that the movable die seat can be based on the work object. The orientation of the hot stamping is adjusted forward and backward at the hot stamping heating seat. The left and right ends of the combined seat are respectively connected with a hot foil foil winding end and a hot foil feeding end for the hot foil stamping. The paper is located under the movable die base for a continuous crimping and feeding operation, and M273465 above the combination seat is connected with a longitudinal power source, and the first end of the longitudinal power source is provided with a first guide rod, and the first guide rod is sleeved. Entered into the machine body workbench corresponding to the longitudinal sliding compartment 'and is in a non-fixed abutment with the surface of the combination seat, so that the longitudinal power source drives the first guide rod to move the combination seat up and down, and the A second guide rod is fixed on the other side of the first guide rod, and the second guide rod fits and fits between a linear slide rail fixed on the combination seat, and the bottom end passes out of the combination seat to the hot stamping heating seat. When the movable mold base abuts the surface of the container, the combination seat is controlled by the linear slide rail to move up and down with the trend of the surface of the container by a linear slide rail. The lower module has an X-axis fixed mold base, and the X-axis fixed mold base is provided with a y-axis fixed mold base and an axis center base. The y-axis fixed mold base and the X-axis fixed mold base are set to intersect in an orbital manner. So that the y-axis fixed mold base can be adjusted forward and backward at the X-axis fixed mold base according to the orientation of the workpiece to be bronzed. 'A y-axis fixed mold base is provided with a lateral power source, and the y-axis fixed mold base is adjusted. A sliding seat is arranged on the seat, and the sliding seat is connected to the y-axis fixed mold seat in a conspicuous manner, and one end of the sliding seat is connected to the output shaft end of the lateral power source for the use of the lateral power source. Under the action, the y-axis fixed mold base moves leftward and rightward, and a sliding base is arranged on the sliding base, one end of the moving base is also pivotally connected to the axial base, and a positioning base is arranged above the moving base. The positioning seat is provided with two clamping wheels which are used to position and roll the left and right sides of the work object, and a limiting portion that can adjust the front and back ends of the container to stop. The mobile seat is provided with an air blowing device at one end of the container opening. . According to this, the combined structure of the upper module and the lower module allows the hot stamping machine to borrow the module and perform the hot stamping operation on the surface of various different shapes of work (such as containers). The group drives the work (such as a container) in a circular motion to achieve a smooth and perfect, seamless operation and 7 ⑧ M273465 bronzing operation. [Implementation] * = The key to the creation of this book is to achieve the purpose and effect, the technical skills I used and the structure of the author to cite a number of better and feasible embodiments and cooperate with the schema to explain the following to enable review Members can further understand and agree with this creation. First, 'clearly refer to the fourth and fifth figures, the structure of the bronzing machine for this creation' is above and below the machine table 工作, respectively; ⑵ and the lower module ⑶, and The body workbench ⑴ is provided with a first-inductive switch and a second inductive switch corresponding to the orientation of the upper module (2), and a third inductive switch (6) corresponding to the orientation of the lower module ⑶ (as shown in the fifth figure). (Shown); Among them: the upper module (2) has a combination seat (21) which can be adjusted up and down, a hot stamping heating seat (22) is arranged below the combined seat (21), and the lower end of the hot stamping heating seat (22) A movable mold base (221) is set up, and the movable mold base (221) and the hot stamping heating base (22) intersect and are set up in an orbital manner, so that the movable mold base (221) can be based on the work object (10) (such as a container ) The direction of the desired hot stamping is adjusted forward and backward at the hot stamping heating seat (22) (as shown in the ninth figure), and the bottom of the movable die seat (221) is connected with a hot stamping die (222), and the hot stamping die (222) ) Can be replaced according to the pattern or text to be bronzed; the left and right ends of the combination seat (21) are respectively connected The hot foil foil roll end (24) and hot foil foil feed end (25) with power source (23) enable the bronzing pig paper (26) to be used for bronzing under the hot stamping mold (222) for a continuous roll. Shrinking and feeding operations, and a longitudinal power source (2Ό) is connected above the combining seat (21), and a force applying end of the longitudinal power source (27) is provided with a first guide rod (271) (as shown in the fifth figure). The first guide rod (271) is inserted into the longitudinal slide rail 8 ⑧ M273465 (11) corresponding to the body table (1) (as shown in Figures 4, 5, and 7) for the longitudinal power source ( 27) Under the action, the first guide rod (271) moves up and down vertically between the vertical sliding handles (11), and the active end of the first guide rod (271) abuts on the joint seat. The surface of (21) is not fixed to the combination seat (21), and a second guide rod (28) is fixed on one side of the first guide rod (271), and the second guide rod (28) is a matching sleeve Entered into a linear sliding handle (29) fixed on the combination seat (21) (as shown in Figures 5 and 7), and a movable section (281) is formed at the bottom end, and this movable section (281) is Wear out the knot Below the combination seat (21) and between the hot stamping heating seat (22) 'in order for the combination seat (21) to use the movable mold seat (221) to abut the surface of the container (10)' while controlling the combination by means of a linear slide (29) The seat (21) moves up and down with the trend of the surface of the container (10) between the second guide rod (28) (as shown in Figures 12 to 15), and in the movable section (281 ) Is provided with an embedded portion (282). This embedded portion (282) is provided for use without a linear slide rail (29), and can be fitted with a retaining unit (283) under the combined seat (21) to be embedded. The unit (282) is plugged and fixed (as shown in Figures 7 and 9), so that the combination seat (21) cannot move between the movable section (281) of the second guide rod (28), and can only rely on The longitudinal power source (27) is used for general upward and downward movement; the lower module (3) has an X-axis fixed mold base (31), and the X-axis fixed mold base (31) is provided with a y-axis fixed mold base (32) and an axial center seat (33) (as shown in the fifth to seventh figures), the y-axis fixed mold base (32) and the χ-axis fixed mold base (31) are orbitally intersected to establish The y-axis fixed mold base (32) The X-axis fixed mold base (31) can be adjusted forward and backward according to the desired bronzing orientation of the container (10). A lateral power source (30) is provided to the y-axis fixed mold base (32). The y-axis fixed mold base (32) is provided with a slide base (34), the slide base (34) and the y-axis fixed mold base (32) are connected in an adhering manner, and the slide base (34) -end It is connected with the end of the output shaft M273465 of the lateral power source (30), so that the sliding seat (34) can be moved by the lateral power source (30) and left and right on the y-axis fixed mold base (32). The sliding seat (34) is pivotally provided with a moving seat (35), the moving seat (35) -end is pivotally connected to the shaft seat (33), and the moving seat (35) is also provided with a setting seat (351) ), The positioning seat (351) is provided with two clamping wheels (352) for positioning and rolling the left and right sides of the container (10), and a limit position for adjusting the stopper of the front and rear ends of the container (10). Part (353), the moving seat (35) is provided with an air blowing device (36) at the end of the container opening (as shown in Figures 10 and 11). Furthermore, please refer to the seventh and eighth figures. The structure design of this creative hot stamping machine is mainly focused on the hot stamping operation of containers with various shapes (such as round, cone, polygon, etc.); When the hot stamping machine is intended to perform the round hot stamping operation, the embedded part (282) of the movable section (281) of the second guide rod (28) must first be borrowed by a retaining unit (283) in the combination seat ( 21) The inserter (282) is inserted and fixed below (as shown in Figs. 7 and 9), so that the movable section (281) of the second guide rod (28) is fixed to make the linear The slide rail (29) cannot function. Next, the container (10) is fixed between the clamping wheels (352) on the left and right sides of the positioning base (351), and the limit of the front and rear ends of the moving base (35) is fixed. After the position part (353) gives the container (10) corresponding stop limit, the power switch of the hot stamping machine can be started to make the longitudinal power source (27) of the upper module (2) drive the first guide rod (271 ) The lowering operation is performed between the vertical slide rails (11) of the machine table (1) (as shown in the seventh figure), so that the upper module (2) is knotted The seat (21) touches the first induction switch (4) during the descent, that is, the module under control (3) is conveyed and controlled. The transverse power source (30) located on the y-axis fixed die seat is moved forward by its output shaft end. Under the action, the sliding seat (34) is pushed forward along the y-axis fixed mold seat (32). The upward upward module (2) is to be bronzed. At this time, the combination seat (21) is lowered. The moving seat (35) pivoted on the upper end of the sliding seat (34) of the lower module (3) of the M273465 is under the pivot point at which one end is pivoted with the shaft seat (33), so that the moving seat (35) The other end is deflected in a counterclockwise direction, and the clamping wheel (352) of the positioning seat (351) set at the upper end of the moving seat (35) is rotated, and the container (10) is driven to roll down That is, the hot stamping die (222) of the upper module (2) — and the hot stamping foil (26) below it is correspondingly stamped on the surface of the container (10), so that each device (10) completes the hot stamping operation; Then, when the lateral power source (30) of the y-axis fixed mold base (32) pushes the slide base (34) to the limit of the forward state, it touches the first position of the lower module (3). When the three induction switches (6), the upper module (2) longitudinal power source (27) is simultaneously notified to drive the first guide rod (271) to return to the upward movement between the longitudinal slide rail (11) of the machine table (1) , And notify the lateral power source (30) of the lower module (3) to return to the right action, and the combination seat (21) of the Tianshang module (2) rises back to the limit, that is, it touches the upper module ( 2) When the second induction switch (5), the second induction switch (5) notifies the power source (23) of the foil foil winding end (24) and the foil paper feeding end (25) to control the foiling Bronzing foil (26) performs a continuous curling and feeding operation. Please refer to the twelfth to fifteenth figures. When the hot stamping machine wants to do the hot stamping operation of the containers of different shapes (0), the original positioning on the second guide rod (28) must be performed first. The retaining unit (283) at the embedded portion (282) of the section (281) is removed (as shown in the seventh and ninth figures), so that the linear sliding handle (29) can be mounted on the second guide rod (28). ), That is, when the container (10) is placed on the mobile base (35), the power switch of the hot stamping machine is activated, so that the longitudinal power source (27) of the upper module (2) drives the first guide rod (271) Implement the lowering operation (as shown in the seventh figure) between the vertical slide (11) of the machine table (1), so that the hot stamping mold (222) of the upper module (2) together with the hot stamping box paper (26) Press on the surface of the container (10) on the moving seat (35) of the lower module (3) of M273465, and the mold (222) is fixed by a linear slide fork fixed on the combining seat (21) and the lower die The group (3) moves synchronously as described above, so that as the container (10) forms a circular rotation, its bronzing wedge 罝 α moves up or down along the surface of the container ⑽ Can smoothly be hot: surface Gold 'rule sheet (26) made of hot molded in different containers (Shu square) of ensuring that there will be no deviation from bronzing. .
據此，本創作之燙金機藉由機體工作台（1)之上、下 方分別設有彼此相對應且具有可調整燙金方位之上模組 (2)及下模組（3)之設計，使上模組（2)在利用縱向動力源 (27)帶動第一導桿（271)下降，並且配合線性滑執（29)於 第二導桿（28)間受壓觸不同形體之容器（1〇)表面的狀況 下，以令該上模組（2)之燙金模具（222)透過兩旁之燙金箔 紙捲收端（24)、燙金箔紙送料端（25)間的燙金箔紙（26)， 以及對應下模組（3)在利用橫向動力源（30)帶動容器（1〇) 於定位及轉動中的同時，而沿著容器（1〇)之不規則表面作 合宜上下調動’俾使該燙金機可依據各種不同形體來作烫 金之產製加工，而達到確實平順完美且無接縫產生之烫金 作業。 另外，由於各種容器（10)亦有硬質型體或軟質型體之 區別，對於硬質之容器（10)則為上述燙金機之結構所能輕 易達成，倘若所欲燙金之容器為軟質型體時，本創作則於 下模組（3)之移動座（35)在位於容器（10)開口處的那端設 有吹氣裝置（36)(如第十圖、第十一圖所示），使該軟質之 容器（10)可在吹氣裝置（36)對應吹氣的產生下，順利進行 上述之燙金作業，以彰顯該烫金機產製加工多元化之實質 M273465 效益。 综上所述，本創作實施例確能達到所預期之使用功 效，又其所揭露之具體構造，不僅未曾見諸於同類產品 中，亦未曾公開於申請前，誠已完全符合專利法之規定與 要求，爰依法提出新型專利之申請，懇請惠予審查，並賜 准專利，則實感德便。According to this, the hot stamping machine of this creation is designed with upper and lower modules (2) and lower modules (3) corresponding to each other and with adjustable bronzing orientation above and below the machine table (1), so that The upper module (2) uses the longitudinal power source (27) to drive the first guide rod (271) to descend, and cooperates with the linear sliding handle (29) to press the container (1) of different shapes between the second guide rod (28) under pressure. 〇) Under the condition of the surface, make the hot stamping mold (222) of the upper module (2) pass through the hot stamping foil winding end (24) on both sides, and the hot stamping foil feeding (25) between the hot stamping foil (26) ), And the corresponding lower module (3) uses the lateral power source (30) to drive the container (10) during positioning and rotation, and it is suitable to move up and down along the irregular surface of the container (10) '俾The hot stamping machine can be used for the production and processing of hot stamping according to various shapes to achieve a smooth and perfect hot stamping operation without seams. In addition, because various containers (10) are also distinguished by hard or soft bodies, hard containers (10) can be easily achieved by the structure of the above-mentioned hot stamping machine. If the desired hot stamping container is a soft body In this creation, an air blowing device (36) is provided on the moving seat (35) of the lower module (3) at the end of the container (10) (as shown in Figures 10 and 11). The soft container (10) can smoothly perform the above-mentioned bronzing operation under the corresponding blowing of the blowing device (36), so as to highlight the M273465 benefit of the diversification of the production and processing of the hot stamping machine. In summary, this creative embodiment can indeed achieve the expected use effect, and the specific structure disclosed is not only not seen in similar products, nor disclosed before the application, and it has fully complied with the provisions of the Patent Law. In accordance with the law, the application for a new type of patent was submitted in accordance with the law, and I begged to examine it and grant the patent.
⑧ 13 M273465 【圖式簡單說明】 第一圖：習知之外觀示意圖 第二圖：習知燙金加工之示意圖（一） 第三圖：習知烫金加工之示意圖（二） 第四圖··本創作燙金機前視外觀暨局部剖視圖 第五圖：本創作燙金機側視外觀暨局部剖視圖 第六圖：本創作燙金機下模組暨局部剖視示意圖 第七圖··本創作燙金機侧視暨烫金作動示意圖 第八圖：本創作烫金機下模組暨燙金作動示意圖 第九圖：本創作燙金加熱座與燙金模具於調整示意圖 第十圖：本創作吹氣裝置之吹氣作動示意圖 第十一圖：本創作吹氣裝置之吹氣狀態放大圖 第十二圖：本創作尚未使用線性滑軌之側視示意圖 第十三圖：本創作尚未使用線性滑執之前視示意圖 第十四圖··本創作已使用線性滑執之前視示意圖 第十五圖：本創作已使用線性滑軌之放大示意圖 【主要元件符號說明】 (1) 機體工作台 (10) 容器 (11) 縱向滑執 (2) 上模組 (21) 結合座 (22) 燙金加熱座 (221) 活動模座 (222) 燙金模具 (23) 動力源 (24) 燙金箔紙捲收端 (25) 费金fl紙送料端 (26) 燙金箔紙 (27) 縱向動力源 (271) 第一導桿 (28) 第二導桿 (281) 活動段 (282) 嵌著部 (283) 固位單元 ⑧ 14 M273465 (29) 線性滑執 (3) 下模組 (30) 橫向動力源 (31) X軸固定模座 (32) y軸固定模座 (33) 轴心座 (34) 滑動座 (35) 移動座 (351) 定位座 (352) 夾持輪 (353) 限位部 (36) 吹氣裝置 (4) 第一感應開關 (5) 第二感應開關 (6) 第三感應開關⑧ 13 M273465 [Brief description of the diagram] The first picture: the schematic diagram of the conventional appearance. The second diagram: the diagram of the conventional bronzing process (1) The third diagram: the diagram of the conventional bronzing process (two) The fourth diagram ·· this creation Front view appearance and partial cross-section view of the hot stamping machine. Fifth image: Side view appearance and partial cross-section view of the hot stamping machine of this creation. Schematic diagram of the hot stamping operation. Figure 8: Schematic diagram of the module and bronzing operation of the creative stamping machine. Figure 9: Schematic diagram of the adjustment of the hot stamping heating base and stamping mold. Figure: Enlarged view of the blowing state of the air blowing device of this creation. Figure 12: Side view of the linear slide rail that has not been used in this creation. This creation has used the linear slide to view the front view. Figure 15: This creation has used the linear slide to enlarge the schematic diagram. [Description of the main component symbols] (1) Machine workbench (10 ) Container (11) Vertical slide (2) Upper module (21) Combined seat (22) Hot stamping heating seat (221) Movable die seat (222) Hot stamping mold (23) Power source (24) Hot stamping foil roll end (25) Fly gold fl paper feed end (26) bronzing foil (27) longitudinal power source (271) first guide rod (28) second guide rod (281) movable section (282) embedded portion (283) fixed Position unit ⑧ 14 M273465 (29) Linear slide (3) Lower module (30) Lateral power source (31) X-axis fixed mold base (32) y-axis fixed mold base (33) Axial core base (34) Slide base (35) Moving seat (351) Positioning seat (352) Clamping wheel (353) Stopper (36) Air blowing device (4) First sensor switch (5) Second sensor switch (6) Third sensor switch