M334978 八、新型說明： ’ 【新型所屬之技術領域】 — 本創作财種標雜構，侧是指使用於轉寫印刷 術之貼標’藉以將圖紋轉印至物品表面上者。 … 【先前技術】 轉寫印刷（Transfer Printing)技術已廣用於產品的外觀美 化及識別，目前大致可分為水轉印、熱轉印、燙印、水標、無膜 _標等麟，其雖為可轉移印棚賴不規職社，標貼後亦 可進一步上保護光油或直接燒烤；可應用於多種材質表面，如二 金、玻璃、金屬、陶究、塑膠物料（如廳、pC、pp、狀贿们等"。 於圖紋轉印標貼處理後產品維持表面平整，圖案邊緣無痄 ‘跡，可達到物品直接印刷效果，特別適用於弧度大、凹凸不;^ ，物體表面，相較習知塗裝印刷技術可使產品表面更為美觀、更具 豐富的圖紋應用及質感表現，且成本更低廉、具環保，故特別符 馨合需量產化之產品需求。 以轉印技術所使用之標籤結構，如國内第％2〇9184號新型專 -利所揭露之「隱形防偽商標貼紙」，該結構其係設有一離型紙，於 -該離型紙上依序形成一感應膠層、一 pET膜、一白底、一色墨層、 一隱形油墨層，以及一上光膜。 另有一種標籤結構，如國内第95201843號新型專利所揭露之 「複合印刷之貼標」，該結構其係由一保護層、一油墨層、一黏膠 、層及一底紙層所組成，其中該保護層與底紙層係分別位於該貼標 M334978 之最上層及最底層，且該底紙層係可於轉寫貼合前先撕離，而油 :墨層係為預先設計之圖形或文字，且於油墨層上方塗覆有一金油 層’以達增色發冗之效果，於油墨層藉黏膠層崎於標貼物之預 定位置處後，再將保護層撕離，俾以完成轉寫之功效，其改良在於： 該油墨層係由-平版層與—網版層驗成，藉該平版層與網版層 之結合，即可賴形或文字多層纽立體化呈現，並可達色彩鮮 明的效果，且該平版層細版柄具有耐高溫、耐賴與抗爪之 特性，俾可提供-極具視覺美感與提高使用壽命之複合印刷貼標 鲁者。 【新型内容】（所欲解決之技術問題） 上U冓中^者係以设置的色墨層對外顯現出各種不同的 圖案並且看不見隱形油墨層，故於一般光線的照射下可以隱藏， f需要辨識時’以料光_麵職墨層，則可呈現預設的商 標、條碼、或_，而達到防偽辨正的功能；後者剩用該油墨 #層其平版層與網版層之結合，可使圖案或文字更具立體感、層次 感及色彩鮮明效果’而較符合設計應用上多樣性及豐富性之需 •求’同時又具有耐高溫、耐溶劑與抗uv之特性，以增加使用壽命 者。 由此看來’轉印貼標其技術除作為產品外觀之美化功能外， 目前業界更朝向其他附加功能之應用作為料的重點；故更進〆 步地’本賴作人係提供—種可於產品表面產現出具有觸感之泮 雕效果的標籤結構。 M334978 4 (解決問題之技術手段） _ 有鑑於此，本創作所揭露薄膜標籤結構，其主要包含有··分 別位於上下之一保護層及一底紙層；其特徵在於··一三維層，係 設於各該保護層及底紙層間，其具有相疊置之一膨脹層及一油墨 層，其中該膨脹層為發泡材質，遇熱則產生膨脹，使於該保護層 上形成立财凸狀；藉由上賴件，细娜彡脹層遇熱發泡之特 性，配合應用預設圖紋以及與該油墨層作適當的搭配，則可形成 #極具立體感及質感之彩色圖樣，貼附於標貼物表面除了具外觀美 化或識別效果外，觸摸時更具有浮雕觸感，亦可提升物品的產品 (對照先前技術之功效） 2叙主要目_卩錢供—㈣難赌構，雜有浮雕觸 用。 祆供叹牡更多兀化、更豐富的設計應 本創作之a目的即在提供—種， 狀之預設圖紋，可同時達到 紙口構係以具有凸起 以及手工具握持處。 d果，適用於運動器材之握柄部位， 搭提f 種薄膜標藏結構，利用預設圖紋 術作品般的_，進喊效果，可使產品如藝 【實施方式】 M334978 首先睛參照第-圖至第三圖，本創作所提供之一種薄膜標結 構，其主要包含有：分別位於最上方及最下方下方之一保護層⑽ >與一底紙層（20)，以及設於各該保護層⑽與底紙層⑽之間之一 三維層（30)〇 該保護層（10)，係為透明之薄膜材質。 該底紙層（20) ’可為道林紙、自黏商標紙、水標紙、離型紙（保 護用）或模造紙等紙材之應用。 該一維層（30)，係设於各該保護層（10)及底紙層（20)間之可發 ❿泡材θ ’於遇織而自行魅輪，使_倾層⑽上形成立體 浮凸狀，該二維層（3〇)具有相叠置之一膨脹層⑶）及一油墨層 (32)，其中該膨脹層⑻為發泡材質，遇熱則產生膨脹；該油墨層 (32)可為預設_、文字或紋路者；該三_⑽)下方與該底紙層 (20)間則塗佈有黏膠。 藉由上述構件，係由上而下依序為保護層（1〇)、油墨層、 膨脹層（31)、以及底紙層（2〇)相互疊置所共同形成之標籤結構，當 鲁該膨脹層㈤熱發泡凸祕脹之特性，配合細該膨脹層（31)為 預设圖紋，結合該油墨層（31)作適當色彩及圖紋的搭配，則可形成 極具立體感及質感之3D彩色圖樣，於觸摸時更具有浮雕觸感。 為供進一步瞭解本創作構造特徵、運用技術手段及所預期達成 之功效’茲將本創作使用方式加以敘述如下： 本創作於黏貼產品表面時，首先將該底紙層（1〇)逕行撕離，以 該二維層（30)具黏膠之該面附著於標貼物之預定位置上，再於標貼 部位進行加熱，請參照第四圖及第五圖，該膨脹層（31)則因遇熱而 M334978 朝較易於伸展之各該賴層⑽及油墨層（32)方向服大凸起，使整 ，體黏貼表面浮凸預設之該膨脹層圖紋，即完成。 ， 該保護層⑽係具有保護各該油墨層（32)及膨脹層⑶）之功 能，同時於該保護層（1〇)上亦可進一步塗佈金油或亮光漆使標貼部 位呈現如鏡面般之反射效果；本創作亦可作為水標轉印技術之用， 可適用於合金、玻璃、金屬、陶瓷、塑性材質（如、pC、pp、 KRESIN)等材質之表面上，尤其貼附於曲面或不規則面上時，亦能 王現一樣的裝飾效果而不受侷限，相較於其他印刷或塗裝作業，其 φ黏貼操作快速，加上標貼製造成本低廉，製程符合環保規定，實用 性極高。 本創作利用該膨脹層（31)預熱發泡之特性，形成具有浮雕觸感 之功能，極具立體美感，配合該油墨層（32)於圖紋、顏色上之搭配 應用，形成極具質感的3D三維視覺，可使設計元素更多元化、更豐 虽，進一步將產品美化如藝術作品般的質感，進而提升產品的市場 競爭力；再者，請參照第六圖，利用發泡浮凸之該膨脹層（31)所形 ^^之立__紋，X抑時·絲料部握持的 防滑效果，適用於運動器材之握柄部位，以及手工具握持處，可產 生一防滑之新功效。 請參照第七圖至第十一圖，係為本創作之另一實施例，其係由 上而下依序為保護層（10)、膨脹層(31)、油墨層（32)、以及底紙層 (20)相互疊置所共同形成者；其中該油墨層（32)下方係以黏膠方式 或加溫方式附著於標貼物之預定位置；該膨脹層（31)可為混有顏料 之塑性樹脂；其整體呈現之色彩應用及立體浮雕^^果可更具豐富變 M334978 化性。 ‘ 請參照第十二圖，係為本創作再一實施例，其主要係由一底紙 ，層（10)及一二維層（30)所共同組成者，該三維層（3〇)具有相疊置之 一膨脹層（31)及一油墨層（32)，其中該膨脹層（31)為發泡材質，遇 熱則產生膨脹；該油墨層（32)可為預設圖形、文字或紋路者。 此一實施方式主要係應用於須進行烘烤製程之產品表面處理， 所使用之標籤；其加工步驟係於預先將產品表面喷塗底漆後，撕去 該底紙層（20) ’將該三維層（3〇)貼附於標貼物上後，進行高溫烘烤， _烘烤後娜彡賴（31)遇細發轉娜成浮賴紋，最後再進行表 面喷塗保護漆及再次烘乾即完成。 綜合上述，本創作所揭露之「薄膜標籤結構」，係提供一種具有 可形呈立體之視覺及觸覺效果，其利用具預設圖紋且遇熱發泡之該 膨脹層搭配預設圖紋及色彩之該油墨層所形成三維浮雕圖紋，提供 於產品於外觀設計上更為豐富、多元化、更具質感的變化應用，進 步提生產品經賴值及市場辭力，同時其浮凸部位又具利於手 ❿握持之瞻於運絲材及手卫具之握柄部位，而得以有 效降低製造成本，而獲致一實用性高之標籤結構，俾使整體確具產 業實用性及縣效益，且其構成結構又未曾級諸書韻公開使 用，誠符合新型專利申請要件，懇請角局明鑑，早日准予專利， 至為感禱。 南陳明者’以上所述乃是本創作之具體實施例及所運用之技術 原理’若依糊作之構鑛狀改變，其難生之魏侧仍未超 .出說明書及圖式所涵蓋之精神時，均應在本創作之賴内，合予陳 M334978 明0 【圖式簡單說明】 第-圖為本創作—較佳實施例之立體分解圖。 第-圖為本創作—較佳實_之立體外觀圖。 第三圖為本創作—較佳實施例之魏組合示意圖。 第四圖為本創作—較佳實施例發泡狀態之立斜觀圖。 2圖為摘作—較佳實施繼泡狀態之剖視組合示意圖。 八圖為本_—較佳實細之使用於撞轉之狀態示意圖 第七圖為本創作另—實施例之立體分_。 第八圖為本創作另_實施例之立體外觀圖。 第九圖為本創作另—實施例之剖視組合示意圖。 第十圖為本創作另-實施例發泡狀態之立體外觀圖。 第十=圖為本創作另—實施例之發泡絲之剖視組合示意圖 第十二圖為本創作再一實施例之立體分解圖。 【主要元件符號說明】 [本創作] \)x \)/ 0 12 3 3 3 Γ\ Γ\ Γ\ 保護層 （ίο) 三維層 底紙層 (20) 膨脹層 油墨層 11M334978 VIII. New description: ‘ 【New technology field】 — The creation of the financial category, the side refers to the label used for transfer printing 'to transfer the pattern to the surface of the item. ... [Prior Art] Transfer Printing technology has been widely used in the appearance and recognition of products. At present, it can be roughly divided into water transfer, thermal transfer, hot stamping, water mark, and filmless _ standard. Although it is a transferable printing booth, it can be further protected with varnish or direct barbecue after labeling; it can be applied to various materials such as two gold, glass, metal, ceramics, plastic materials (such as hall , pC, pp, bribery, etc.. After the pattern transfer label treatment, the product maintains a smooth surface, and the edges of the pattern are flawless, which can achieve the direct printing effect of the article, especially suitable for large arcs and irregularities; Compared with the conventional coating and printing technology, the surface of the object can make the surface of the product more beautiful, richer in pattern application and texture performance, and the cost is lower and environmentally friendly. Therefore, the product needs to be produced in a special way. The label structure used in the transfer technology, such as the "Invisible Anti-Counterfeit Trademark Sticker" disclosed in the new special edition of No. 918, No. 9184, which is provided with a release paper, which is sequentially arranged on the release paper. Forming a sensor layer a pET film, a white background, a color ink layer, an invisible ink layer, and a glazing film. Another label structure, such as the "composite printing labeling" disclosed in the new patent No. 95201843, The structure is composed of a protective layer, an ink layer, a glue, a layer and a bottom paper layer, wherein the protective layer and the bottom paper layer are respectively located at the uppermost layer and the bottommost layer of the label M334978, and the bottom is The paper layer can be peeled off before the transfer and the oil layer: the ink layer is a pre-designed pattern or text, and a gold oil layer is coated on the ink layer to achieve the effect of increasing the color and the ink layer. After the adhesive layer is at the predetermined position of the label, the protective layer is peeled off to complete the effect of the transfer, and the improvement is as follows: the ink layer is formed by the lithographic layer and the screen layer. By combining the lithographic layer and the stencil layer, the multi-dimensional rendering of the singular or text multi-layer can be achieved, and the effect of vivid color can be achieved, and the lithographic layer of the lithographic layer has the characteristics of high temperature resistance, resistance and claw resistance.俾Can provide - a composite print with great visual beauty and improved service life Labeling Lu. [New content] (Technical problem to be solved) On the upper layer, the color ink layer is set to display various patterns and the invisible ink layer is not visible, so the general light is irradiated. The next can be hidden, f needs to be recognized when the 'lighting _ face ink layer, can present the default trademark, barcode, or _, and achieve the function of anti-counterfeiting correction; the latter uses the ink layer lithographic layer and network The combination of the layers can make the pattern or text more stereoscopic, layered and vivid. It is more in line with the diversity and richness of design and application. It also has high temperature resistance, solvent resistance and anti-UV. Characteristics, in order to increase the service life. It seems that 'transfer labeling its technology in addition to the appearance of the product's beautification function, the industry is now more oriented towards the application of other additional functions as the focus of the material; so more step by step 'this Lai Zuo provides a label structure that can produce a tactile enamel effect on the surface of the product. M334978 4 (Technical means for solving the problem) _ In view of this, the present invention discloses a film label structure, which mainly comprises a protective layer and a bottom paper layer respectively located on the upper and lower sides; characterized in that: a three-dimensional layer, The utility model is disposed between each of the protective layer and the bottom paper layer, and has an intumescent layer and an ink layer stacked thereon, wherein the intumescent layer is a foamed material, and expands when heated, so that a wealth is formed on the protective layer. Convex shape; by means of the upper part, the characteristics of the thermal expansion of the enamel layer, combined with the application of the preset pattern and appropriate matching with the ink layer, can form a color pattern with three-dimensional and texture In addition to the appearance of the surface of the label, the surface of the label has a embossed touch, and it also enhances the product of the item (according to the efficacy of the prior art). Structure, mixed with relief touch.祆 祆 叹 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 兀 本 本 本 本 本 本 本 本 本 本 本 本 本 本d fruit, suitable for the grip part of sports equipment, tying up the film structure of f kinds of films, using the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - Figure to the third figure, a thin film standard structure provided by the present invention, which mainly comprises: a protective layer (10) > and a bottom paper layer (20) located at the uppermost and lowermost lower portions, respectively A three-dimensional layer (30) between the protective layer (10) and the backing paper layer (10), the protective layer (10), is a transparent film material. The backing layer (20)' can be used for paper materials such as Daolin paper, self-adhesive label paper, water mark paper, release paper (for protection) or mold paper. The one-dimensional layer (30) is disposed between each of the protective layer (10) and the bottom paper layer (20), and the hair foaming material θ' is formed by the self-reinforcing wheel, so that the _pour layer (10) is formed into a three-dimensional layer. Embossed, the two-dimensional layer (3) has an intumescent layer (3) stacked thereon, and an ink layer (32), wherein the intumescent layer (8) is a foamed material, and expands when exposed to heat; the ink layer ( 32) may be preset _, text or texture; between the three _ (10)) and the backing layer (20) is coated with adhesive. The above-mentioned member is a label structure formed by superposing a protective layer (1 〇), an ink layer, an intumescent layer (31), and a backing paper layer (2 〇) on top of each other in order from the above. The intumescent layer (5) has the characteristics of thermal expansion and convex expansion, and the fine expansion layer (31) is used as a preset pattern, and the ink layer (31) is combined with the appropriate color and pattern to form a three-dimensional feeling. The 3D color pattern of the texture is more embossed when touched. In order to further understand the characteristics of this creation, the use of technical means and the expected results, the use of this creation is described as follows: When the surface of the product is pasted, the bottom layer (1〇) is first torn off. The surface of the two-dimensional layer (30) having adhesive is attached to a predetermined position of the label, and then heated at the label portion. Referring to the fourth and fifth figures, the intumescent layer (31) is Due to the heat, M334978 wears large protrusions in the direction of the layer (10) and the ink layer (32) which are easier to stretch, so that the pattern of the expansion layer which is preset by the surface of the body is embossed. The protective layer (10) has the function of protecting each of the ink layer (32) and the intumescent layer (3), and at the same time, the protective layer (1) can be further coated with gold oil or varnish to make the label part appear as a mirror surface. This kind of reflection effect; this creation can also be used as watermark transfer technology. It can be applied to the surface of alloy, glass, metal, ceramic, plastic material (such as pC, pp, KRESIN), especially attached to When the surface is curved or irregular, the same decorative effect can be achieved without limitation. Compared with other printing or painting operations, the φ adhesive operation is fast, and the label manufacturing cost is low, and the process conforms to environmental regulations. Very practical. The creation uses the intumescent layer (31) to preheat the foaming characteristics to form a embossed touch function, which has a three-dimensional aesthetic feeling, and the ink layer (32) is applied in the pattern and color to form a very texture. The 3D 3D vision can make the design elements more diversified and richer. Although the product is further beautified as the texture of the artwork, and then enhance the market competitiveness of the product; in addition, please refer to the sixth figure, using the foaming float The convex layer of the inflated layer (31) is formed by the __ pattern, and the anti-slip effect of the silk material holding portion is suitable for the grip portion of the sports equipment and the grip of the hand tool, which can generate a New anti-slip effect. Please refer to the seventh to eleventh drawings, which is another embodiment of the present invention, which is a protective layer (10), an intumescent layer (31), an ink layer (32), and a bottom from top to bottom. The paper layers (20) are formed by being stacked on each other; wherein the ink layer (32) is adhered to a predetermined position of the label in an adhesive manner or in a warm manner; the intumescent layer (31) may be mixed with a pigment. The plastic resin; its overall color application and three-dimensional relief ^^ fruit can be more rich and change M334978. Please refer to the twelfth figure, which is a further embodiment of the present invention, which is mainly composed of a bottom paper, a layer (10) and a two-dimensional layer (30), the three-dimensional layer (3〇) has An intumescent layer (31) and an ink layer (32) are stacked, wherein the intumescent layer (31) is a foamed material, and expands when heated; the ink layer (32) can be a preset graphic, text or Grains. This embodiment is mainly applied to the surface treatment of the product to be subjected to the baking process, and the label used is the process of peeling off the backing paper layer (20) after the primer surface is sprayed in advance. After the three-dimensional layer (3〇) is attached to the label, it is baked at a high temperature. After baking, the 彡 彡 (31) encounters the fine hair and turns into a floating ray, and finally the surface is sprayed with protective lacquer and again. Drying is complete. In view of the above, the "film label structure" disclosed in the present invention provides a visual and tactile effect with a shape that can be shaped and which uses a predetermined pattern and is thermally foamed to match the preset pattern and The three-dimensional relief pattern formed by the ink layer of the color provides a more varied, diversified and more textured change application of the product, and the product of the product is improved by the value and market power, and the embossed part thereof It is also beneficial to the grip of the hand-held wire and the grip of the handguards, which can effectively reduce the manufacturing cost, and achieve a practical label structure, so that the overall industry practicality and county benefits And its constitutional structure has not been used publicly by the book-level rhymes, and it is in line with the requirements of the new patent application, so please ask the corner bureau to explain the patent, and grant the patent as soon as possible. Nan Chenming's above is the specific embodiment of the creation and the technical principle applied. If the mineralization of the paste is changed, the difficult side of the creation is still not exceeded. The instructions and drawings are covered. In the spirit of this creation, it should be in the context of this creation, and it is given to Chen M334978. 0 [Simplified illustration of the drawing] The first drawing is an exploded view of the preferred embodiment. The first picture is a three-dimensional appearance of the creation - better. The third figure is a schematic diagram of the combination of the creations of the preferred embodiment. The fourth figure is an oblique view of the foaming state of the creation-preferred embodiment. 2 is a cross-sectional view of a cross-sectional view of a preferred embodiment of the bubble. The eight figures are the schematic diagram of the state in which the better and the finer are used for the collision. The seventh figure is the three-dimensional division of the creation of another embodiment. The eighth figure is a three-dimensional appearance of the creation of another embodiment. The ninth drawing is a schematic cross-sectional view of another embodiment of the creation. The tenth drawing is a three-dimensional appearance of the foaming state of the other embodiment. The tenth figure is a schematic sectional view of the foamed yarn of the other embodiment of the present invention. The twelfth figure is an exploded perspective view of still another embodiment of the creation. [Main component symbol description] [This creation] \)x \)/ 0 12 3 3 3 Γ\ Γ\ Γ\ Protective layer (ίο) Three-dimensional layer Underpaper layer (20) Intumescent layer Ink layer 11