M315653 八、新型說明： 【新型所屬之技術領域】 本創作係提供一種微壓紋複合材之卡片結構，其係利用一種高透明性 奈米聚酯材料結合平網套印，使其具透光與非透光之層次變化，明顯表現 強烈且多層次的空間感、對比感、律動感及重疊交錯之視覺效果，藉以達 到創造新穎、獨特高質感卡片之目的者。 【先前技術】 不同領域的行業裡，卡片的使用已成為不可或缺的角色 ，各種消 費行為、身份驗證行為、使用權限行為、權利保障證明···· ·料，在卡片 的市場，除了卡片本身的魏與卡片使用時之安全保密性為料者所選擇 財量點外’卡片的美觀性及設計感與視覺獨特性料被大眾接受程度討 喜考量的重要因素之-’特別是’當卡片之安全保密性達到—定相當之水M315653 VIII. New Description: [New Technology Field] This creation provides a card structure of micro-embossed composite material, which uses a high-transparency nano-polyester material combined with flat screen overprinting to make it transparent. The non-transparent layer changes obviously and has a multi-level sense of space, contrast, rhythm and overlapping interlacing visual effects, so as to achieve the purpose of creating novel, unique and high-quality cards. [Prior Art] In different industries, the use of cards has become an indispensable role, and various consumer behaviors, authentication behaviors, usage rights, and rights protection certificates are included in the card market, except for cards. The security and confidentiality of the Wei and the card itself is the important factor for the aesthetics of the card and the design and visual uniqueness of the card to be favored by the public - 'especially' when The security of the card is achieved - the equivalent of water
成後貼上覆膜1藉以保護該印刷圖文， 習用之卡片製作是由圖文設計變化印 4該印刷油墨、印刷方式之選用來達 、中材2、中材2、覆膜1四層結構為 ’待印刷完 ’最終之步驟則是將該四層結構加熱壓 M315653 緣l 3 X 一 - - 合，習知技術受限於材料上無法變更，只能侷限於圖文印刷之變化效果， 因此長久以來並無新穎獨特之造型變化，是故，本創作提供一種微壓紋卡、 片組合結構之設計改良，俾利用一高透明性奈米聚酯材料結合該平網套印 之特性，使其具透光與非透光之層次變化，明顯表現強烈且多層次的空間 感、對比感、律動感及重疊交錯之視覺效果，藉以達到創造新穎、獨特高 貝感卡片之目的，此乃本案創作人所欲解決之技術困難點之所在。 【新型内容】 本創作係提供一種微壓紋複合材之卡片結構，其包含·· 一覆膜，該覆膜貼設於該平網套印層之表面，又該覆膜其係作為保護該印· 刷圖文之穩定及潔淨； 一平網套印層，該平網套印層其係利用一印刷方式之選用，藉以達到製成 具圖文表現目的之披覆層； 一微壓紋透光基材，該微壓紋透光基材其係將兩種不同屬性材質結合在一 起，使之成為特殊微壓紋複合材料層，又該微壓紋透光基材可加設有 一紅外線阻抗油墨層’且該紅外線阻抗油墨層與該平網套印層上之印 刷圖文結合後，貼上覆膜定位固定後，再以加熱壓合方式，令該上述 構件結合成一體； · 俾透過該微壓紋透光基材特性結合該平網套印，使其具透光與非透光 之層次變化，明顯表現強烈且多層次的空間感、對比感、律動感及重疊交 錯之視覺效果，藉以達到創造新穎、獨特高質感卡片之目的者。 年月日修正補充 M315653 【實施方式】 綠貴審«讀紐麵本_之其他特_容與伽及其所達 成之功效能夠更為顯現，茲將本創作配合附圖，詳細說明如下： 請參閱第二、三圖所示’本創作係提供一種微壓紋複合材之卡片結構 < ，其包含： -覆膜10，該覆_貼設於該平網套印仙之表面，又該覆_其係 作為保護該印刷圖文之穩定及潔淨； _ -平網套印層n ’該平網套印層u其係利用一印刷方式之選用，藉以 達到製成具圖文表現目的之披覆層，又該印刷方式可為一網板印 刷、平板印刷、凸板印刷或為顏料喷塗(coating); 一微壓紋透光基材12，該微壓紋透光基材12為一高透明性奈米聚酯， 又該其主要成份可為一聚對苯二甲酸乙二醇酯（PET)或為一二元 醇改質聚對笨二甲酸乙二醇醋（PETg)，請再配合參閱第四、五、 -六圖所示，該微壓紋透光基材12外觀形狀可為一高質感絲綢細線 I 、一金屬般編織方塊、一金屬般光芒方塊、一水滴樣立體全彩圓 球或為一亮片樣感七彩片狀，又該微壓紋透光基材12至少設一片 以上，置於該平網套印層11之一側邊； 該微壓紋複合材應用於具無線識別標籤(RFID)之卡片結構為，於該基 板15(具無線識別標籤之天線線圈）之上覆面設一紅外線阻抗油墨層h(ir 油墨），又該紅外線阻抗油墨層14上再設有一微壓紋透光基材12，於該微壓 紋透光基材12印刷一圖文結合之平網套印層11，並再貼上一覆膜10定位固 定，於該基板15之下覆面設有一微壓紋透光基材12，於該微壓紋透光基材 M315653 年力t;修正廟 12印刷一印刷圖文結合之平網套印層11，並再貼上一覆膜i〇定位固定，最、 後再以加熱壓合方式，令該上述構件結合成一體，該紅外線阻抗油墨層 14(IR油墨）可視需求置設，如銀行ATM卡片應用，則必須接設此紅外線阻抗 油墨層14(IR油墨），藉由設置該紅外線阻抗油墨層14(IR油墨），以達到具 遮蔽光源、阻隔及反射紅外線之效果； 又該微壓紋複合材應用於銘板卡片之應用，該基板15係為一空白之聚 氯乙稀（PVC)板，於該空白聚氯乙晞(pVC)板之兩側面分別加設至少一層之 > 平網套印層11，與上述該微壓紋複合材應用於具無線識別標籤(RFID)之卡 片接合結構相同，最後再以加熱壓合方式，令該上述構件結合成一體，且、 該銘板卡片藉由該透明狀微壓紋透光基材丨2與平網套印層Η之疊設處理， 呈現立體多層次之顯示標記； 請參閱第七圖所示，圖中，係利用本創作一微壓紋透光基材12置設於 兩聚氯乙烯(PVC)板之中央部，結合而成一具透明與折射壓紋之完美卡片結 構；、 請再配合參閱第八圖所示，射，係_本創作之兩片微壓紋透光基 材12將該聚氣乙烯(Pv〇板疊置於中央部，結合而成—具透明與折射壓紋之 完美卡片結構； 月再多閱第九圖所不’圖中，係利用本創作—微壓紋透光基材U結合 -聚氣乙WVC)板疊設成—組合覆合材2G，再透過結合多組相同之覆合材 20，結合而成-具透明與折射壓紋之完美卡片結構； 上列詳、鳥兄明係針對本創作之一可行實施例之具體說明，惟該實施例 X非用乂限制本創作之專利範圍，凡未脫離本創作技藝精神所為之等效實 M315653 ,...'a 施或變更，均應包含於本案之專利範圍中。 為使本創作更加顯現出其造步性與實用性，茲與習用作一比較分析如 下： 習用缺失： 1·利用社印刷達到卡片視覺呈現，錢化性弱、層：：欠感與空間感低，無 法與材料特性做一視覺上之完美結合。 2·構件組合單一化、呆板且不搭配流行趨勢。 本創作優點： 1·可㈣結合各式感應卡、智能卡及塑膠卡，同時擴大該覆合材之應用範 圍0 2.利用圖文與材料壓紋的結合’俾當該卡片轉動時，具視覺動態之效果， 又該視覺語言更豐富顯現於卡體透光與魏“之間，令該卡片更充滿 其多層次變化及視覺美感。 3·具特殊藝術品收藏之價值。After the film is attached, the film 1 is protected to protect the printed graphic. The card production is used to change the graphic design. The printing ink and the printing method are selected for use, the middle material 2, the middle material 2, and the film 1 layer. The final step of the structure is 'to be printed' is the heating of the four-layer structure M315653 edge l 3 X--, the conventional technology is limited by the material can not be changed, can only be limited to the change effect of graphic printing Therefore, there has not been a novel and unique styling change for a long time. Therefore, this design provides a design improvement of the micro embossed card and sheet combination structure, and utilizes a high transparency nano polyester material to combine the characteristics of the flat screen overprinting. It has a layered change of light transmission and non-transmission, which is obviously strong and multi-level sense of space, contrast, rhythm and overlapping and interlaced visual effects, so as to achieve the purpose of creating a novel and unique high-quality card. The technical difficulties that the creators of this case want to solve are located. [New content] The present invention provides a card structure of a micro-embossed composite material, comprising: a film attached to the surface of the flat screen overprint layer, and the film is used as a protection for the printing · Stable and clean brush image; a flat screen overprint layer, which is selected by a printing method to achieve the coating layer with the purpose of graphic performance; a micro-embossed transparent substrate The micro-embossed light-transmissive substrate is formed by combining two different attribute materials to make a special micro-embossed composite material layer, and the micro-embossed transparent substrate can be provided with an infrared resistance ink layer. And the infrared-resisting ink layer is combined with the printed image on the flat-screen overprint layer, and then the film is positioned and fixed, and then the above-mentioned members are combined into one by heating and pressing; The characteristics of the light-transmitting substrate combined with the flat-screen overprinting make it have a layer change of light transmission and non-light transmission, and the appearance is strong and multi-level spatial sense, contrast feeling, rhythm and overlapping visual effects, thereby creating novelty. Unique high The purpose of the texture card. Year, Month and Day Correction Supplement M315653 [Embodiment] The green special review «Reading the New Face Book _'s other special _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Referring to the second and third figures, the present invention provides a card structure of a micro-embossed composite material, which comprises: - a film 10 which is attached to the surface of the flat screen, and the cover _ is used to protect the stability and cleanliness of the printed graphic; _ - flat screen overprinting layer n 'the flat screen overprinting layer u is selected by a printing method, thereby achieving a coating layer for graphic performance purposes The printing method may be a screen printing, a lithographic printing, a convex printing or a coating; a micro-embossed transparent substrate 12, the micro-embossed transparent substrate 12 is highly transparent The nano-polyester, the main component of which may be a polyethylene terephthalate (PET) or a glycol modified poly(p-ethylene glycol vinegar (PETg), please cooperate Referring to the fourth, fifth, and sixth figures, the micro-embossed transparent substrate 12 may have a high-quality silk appearance. Line I, a metal-like woven square, a metal-like ray square, a water-drop three-dimensional full-color sphere or a sleek-like colorful slab, and the micro-embossed transparent substrate 12 is at least one or more One side of the flat screen overprinting layer 11; the micro embossed composite material is applied to a card structure having a wireless identification tag (RFID), and an infrared ray is disposed on the substrate 15 (the antenna coil with the wireless identification tag) The resistive ink layer h (ir ink) is further provided with a micro-embossed transparent substrate 12 on the infrared-resisting ink layer 14, and a flat-screen overprint layer 11 is printed on the micro-embossed transparent substrate 12 And attaching a film 10 to be positioned and fixed, and a micro-embossed transparent substrate 12 is disposed on the underside of the substrate 15, and the micro-embossed transparent substrate M315653 is used for the force t; The image is combined with the flat screen overprinting layer 11, and then attached to a film i〇 to be fixed and fixed, and then the above-mentioned members are integrated into one body by heating and pressing, and the infrared resistance ink layer 14 (IR ink) is integrated. Visual requirements, such as bank ATM card applications, you must connect this infrared The resistive ink layer 14 (IR ink) is provided with the infrared light-resisting ink layer 14 (IR ink) to achieve the effect of shielding the light source, blocking and reflecting infrared rays; and the micro-embossed composite material is applied to the application of the nameplate card. The substrate 15 is a blank polyvinyl chloride (PVC) plate, and at least one layer of the flat screen overprint layer 11 is respectively disposed on both sides of the blank polyvinyl chloride (pVC) plate, and the micro pressure is The embossed composite material is applied to the same card engagement structure with a wireless identification tag (RFID), and finally the above-mentioned components are integrated into one body by heating and pressing, and the nameplate card is transparently embossed by the transparent embossing base. The stacking process of the material 丨2 and the flat screen overprint layer is performed, and the display mark of the three-dimensional multi-level is presented; please refer to the seventh figure, in which the micro-embossed transparent substrate 12 is set in two by using the present invention. The central part of the polyvinyl chloride (PVC) board is combined to form a perfect card structure with transparent and refractive embossing; please refer to the eighth picture, the shot, the two pieces of micro-embossed light The substrate 12 is stacked with the polyethylene gas (Pv plate) Department, combined to form a perfect card structure with transparent and refractive embossing; more than the ninth figure in the month, the figure is used in this picture - the use of this micro-embossed transparent substrate U combined - polygas B WVC) The plates are stacked to form a composite cladding material 2G, and then combined with a plurality of sets of the same composite material 20, combined to form a perfect card structure with transparent and refractive embossing; the above detailed, bird brother Ming Department for this creation A detailed description of a possible embodiment, except that the embodiment X is not intended to limit the scope of the patent of the present invention, and any equivalent or equivalent of the M315653, which is not deviated from the spirit of the creative art, shall be included in The patent scope of this case. In order to make this creation more obvious in its pace and practicality, the comparison and analysis of the use of the book is as follows: The lack of use: 1. Use the social printing to achieve the visual presentation of the card, the money is weak, the layer:: the sense of insensibility and space Low, can't be a visually perfect combination with material properties. 2. The component combination is singular, rigid and does not match the trend. Advantages of this creation: 1. (4) Combine various types of proximity cards, smart cards and plastic cards, and expand the application range of the cover material. 2. Use the combination of graphic and material embossing. The dynamic effect, and the visual language is more abundantly displayed between the card body and the Wei, which makes the card more full of its multi-level changes and visual beauty. 3. The value of special art collection.
綜上所述，本創作在突破先前之技術結構下，確實已達到所欲增途 功效’且也非麟該微藝麵練思及，再者，本創作中 其所具之進步性、實職，顯已符合新型專 … 甲巧要件，爰依法提出 味’懇請貴局核准本件新型專射請案’觸創作，至感德便。 【圖式簡單說明】 第一圖係習用之構件分解剖視圖。 第二圖係本創作之構件分解示意圖。 M315653 Μ. 3. 0 3 , 年月日修正補充 第三圖係本創作之立體外觀圖。 第四圖係本創作微壓紋透光基材外觀形狀之實施例示意圖。 第五圖係本創作微壓紋透光基材外觀形狀之另一實施例示意圖。 第六圖係本創作微壓紋透光基材外觀形狀之另一實施例示意圖。 第七圖係本創作微壓紋透光基材與聚氯乙烯(PVC)板嵌接之實施例示意圖。 第八圖係本創作微壓紋透光基材與聚氯乙稀(pvc)板嵌接之另一實施例示 意圖。 第九圖係本創作微壓紋透光基材與聚氣乙烯(pVC)板嵌接之另一實施例示 意圖。 【主要元件符號說明】 ·覆膜 11· ·平網套印層 12· ·微壓紋透光基材 14· ·紅外線阻抗油墨層 i5··基板 20··覆合材 h ·覆膜 2· ·中材In summary, under the previous technical structure, this creation has indeed achieved the desired effect of increasing the distance' and it is not the same as the micro-faceted thinking. Moreover, the progressive and practical role in this creation , has been in line with the new special ... ... A skillful element, 提出 提出 提出 恳 恳 恳 恳 恳 恳 恳 恳 恳 恳 恳 恳 恳 恳 恳 核准 核准 核准 核准 核准 核准 核准 核准 核准 核准 核准 。 。 [Simple description of the diagram] The first diagram is a sub-anatomical view of the components used. The second picture is a schematic diagram of the decomposition of the components of this creation. M315653 Μ. 3. 0 3 , Year, Month and Day Correction Supplement The third picture is the three-dimensional appearance of the creation. The fourth figure is a schematic diagram of an embodiment of the appearance of the micro-embossed transparent substrate. The fifth figure is a schematic view of another embodiment of the appearance of the micro-embossed transparent substrate. The sixth figure is a schematic view of another embodiment of the appearance of the micro-embossed transparent substrate. The seventh figure is a schematic diagram of an embodiment of the present invention in which a micro-embossed transparent substrate and a polyvinyl chloride (PVC) board are embedded. The eighth figure is another embodiment of the present invention in which a micro-embossed light-transmitting substrate and a polyvinyl chloride (PVC) plate are embedded. The ninth drawing is another embodiment of the present invention in which a micro-embossed light-transmitting substrate and a polyethylene-gas (pVC) plate are embedded. [Description of main component symbols] · Film 11 · Flat screen overprint layer 12 · Micro embossed light-transmissive substrate 14 · Infrared impedance ink layer i5 · · Substrate 20 · · Covering material h · Film 2 · · Sinoma