200844196 九、發明說明： 【發明所屬之技術領域】 物混合後塗佈“裴二之内表面， 途偽雷射粉及其製造方法。 名口裝紙廣泛用於產品之包裝，例如世界各知 品牌之代表性商標或圖以 此，使用ί較易品牌之代表性商標或圖案，因 包產品，於零售時，贿者僅能由香煙之 文字朗案辨識真偽，賊今之印刷 根‘；p 3仿冒之香煙，其包裝外盒上所印刷之商 ϋϊϊ也相虽精吴且與原廠之產品相當近似，因此，除 識其真偽外，即使製造商也難以辨識，如此， d 法€得轉外’亦將造成製造商之巨大 才貝失，誠屬美中不足之處。 八 【發=容f必要設計—種方法，以克服上述缺陷。 味，的目的在於提供一種防偽雷射粉及其製造方 雷射粉末上面壓印有微型雷射商標、文字或圖案， /、ί知及溶劑之混合物混合後塗佈於包裝紙之内 面，以達到防偽用途。 ^ 為了達到上述目的，本發明之防偽雷射粉，係為極細 π禾，可與一樹脂及溶劑之混合物混合後供塗抹於一物體 200844196 雷射商標、文字 ΪΞ丄其特徵為：該粉末之表面上且有 或圖案供防偽用途。 上，、有 、么，了達到上述目的’本發明之防偽雷射於之愈』、生士 標、文字· f，5該_翻具有該雷射商 將-硬蒸==;=層;200844196 IX. Description of the invention: [Technical field to which the invention belongs] After mixing and coating the inner surface of the crucible, the pseudo-laser powder and its manufacturing method. The famous paper is widely used in the packaging of products, such as the world. The representative trademark or map of the brand, using the representative trademark or pattern of the 较Easy brand, because of the package product, at the retail, the bribe can only identify the authenticity of the cigarette case, the thief’s printing root ; p 3 counterfeit cigarettes, the printed on the outer box of the packaging is also fine and similar to the original product, therefore, in addition to know its authenticity, even the manufacturer is difficult to identify, so, d The law of "transfer to the outside" will also cause the manufacturer's huge talents to lose, it is a flaw in the United States. Eight [fat = Rong f necessary design - a method to overcome the above defects. The purpose of the taste is to provide an anti-counterfeiting laser Powder and its manufacturer's laser powder are imprinted with a miniature laser logo, text or pattern, and a mixture of /, and a mixture of solvents are applied to the inside of the wrapper for anti-counterfeiting purposes. ^ In order to achieve the above objectives The anti-counterfeit laser powder of the present invention is a very fine π, which can be mixed with a mixture of a resin and a solvent for application to an object. 200844196 Laser trademark, text, characterized by: or on the surface of the powder The pattern is used for anti-counterfeiting purposes. Up,, and, to achieve the above purpose 'The anti-counterfeiting laser of the present invention is in the end", the student's standard, the text f, 5, the _ turn has the laser quotient will - hard steam = =;= layer;
該反射層及該硬化材料成=塊=該=贮U 進行磨粉即得防偽雷射粉末。 夺母小塊狀 及ιί: I審查委員能進一步瞭解本發明之結構、特徵 tiig附以圖式及較佳具體實施例之詳細說明如Ϊ。 丨請一併參閱圖1〜圖3，其中圖]緣示本發明一較佳 =之防偽雷射粉剖面示意圖；圖2身示本發明一較佳 二:防偽雷射粉與樹脂及溶劑之混合物混合後塗抹於物 ;圖3繪示本發明—較佳實_之防偽雷 射粉之上側示意圖。 如圖所示，本發明之防偽雷射粉1Q，係為極細粉末， 可與一樹脂及溶劑混合物20混合後供塗抹於一物體3〇表 面其特徵為·該粉末10之表面上堡印一雷射商標、文字 或圖案15供防偽用途。 ” 其中’該粉末10顆粒之較長兩端之距離約 20〜200μΜ，厚度約2〜20μΜ。且該粉末10係由反射率高 之物質例如但不限於為硫化鋅(ZnS)、氧化銻(Ti〇2)、氧化 紹(八丨2〇3)或金屬例如但不限於為鋁、銅或銀等以真空蒸鍍 方式於鍍膜於一塑膠薄膜50(請參照圖5)上，該塑膠^膜 例如但不限於為聚丙烯、聚氯乙烯、聚乙烯或聚酯薄膜， 6 200844196 並經撕裂及磨粉等程序後所完成。 該雷射商標、文字或圖案15可為微型(microtext)雷射 商標、文字或圖案之全像圖案(h0|0gram)，且每一個微型 =射商標、文字或圖案15之大小為1〜ΐΟμΜ。因此，每一 粉末10上約可壓印有3個微型雷射商標、文字或圖案 例如可於該粉末1〇上壓印有「豐田」微型文字15,因此， 該粉末10約20〜200μΜ之表面上至少可以有「豐田豐」 或「田豐田」之微型文字15。 士如圖2及圖3所示’本發明之防偽雷射粉1〇可與一 树脂及溶劑混合物20，其中該樹脂例如但不限於壓克力、 ^VA或EVA等樹脂’該溶劑則可為—般之溶劑，並於混合 後塗抹於一物體30表面，例如但不限於一香煙包裝紙之二 表面上，當消費者或製造商以例如2〇~1〇〇倍之高倍放大 鏡40觀看該包裝紙箱之内表面時，即可於該粉末扣上 到「豐田豐」或「田豐田」之微型文字15，如此即可確定 =產品為真品。此外，為降低製造商之製造成本，該防偽 雷射粉10與樹脂及溶劑混合物2〇之混合比例亦可降低〃， f即降低該防偽雷射粉1 〇之密度，如此即可於僅增加 成本之情形下，確保消費者可S到真品而製造商可 ，取合理糊之雙臝情形。·，本發明 確可改善習知技術之缺點。 鬥由对杨10 一 ^外，本發明亦提供一種防偽雷射粉之製造方法。浐 夕11閱圖4〜5 ’ f中圖4繪示根據本發明之防偽雷射‘ 發月之防偽田射粕之製造方法包括下列步驟：將一^ ^、文字或圖案15壓印於—塑膠薄膜5G之表面上驟 200844196 1)，$該塑膠薄膜50具有該商標、文字或圖案之表面上以 产空蒸鍍方式鍍上一反射層6〇(步驟2);將一硬化材料7〇 塗佈於該反射層60上(步驟3);從該反射層6〇處撕裂， 使該反，層60及該硬化材料70成若干小塊狀(步驟4); 以及將每一小塊狀進行磨粉即得防偽雷射粉末1〇(步驟5)。 於步驟1中，將一商標、文字或圖案15壓印於一塑膠 j膜50，表面上；其中，該商標、文字或圖案15可為‘ 型(microtext)雷射商標、文字或圖案之全像圖案 (hologram〉’且每-個微型雷射商標、文字或圖案15之大 〜1〇μΜ，且該雷射商標、文字或圖案15可經由一全 像壓化機(圖未示)壓合於該塑膠薄膜5〇之較軟表面上，且 該塑膠_可為聚丙烯、餘乙烯、聚乙稀絲§旨薄膜。 於步驟2中，於該塑膠薄膜5〇具有該商標、文字或圖 案之表面上以真空紐方式鑛上—反射層㈤；其中，該反 可由硫化辞(ZnS)、氧化銻卬〇2)、氧化銘(ΑΙ2〇3) 或金屬例如但不限於為鋁、銅或銀等所形成。 於步驟3中，將-硬化材料7〇塗佈於該反射層6〇上； ^ : ’該硬化(cureab丨e)材料可為紫外線(υν)硬化材料且其 厚度為2〜20μΜ。 八 成如圖5所示，其顯示本發明之防偽雷射粉製方 =施至步驟3時其半成品之剖面示意圖，由該 侍知該塑f細5。之厚度約為彳。〜⑽⑽，其較軟之上表 ΐ亡具有高低不平全像圖案之雷射商標、文字或圖案15， 為厚度約α_〇5μΜ之反· 6Q，最後才是厚度為 10μΜ之硬化材料7〇層。 ⑽ίί於步驟4中，上述半成品從該反射層60處撕裂， ^麟薄膜50上表面上之雷射商標、文字或圖案15將被 8 200844196 轉印至該反射層60上，且因該反射層60與該硬化材料7〇 被緊密結合，因此，該反射層60與該硬化材料7〇將被撕 裂成若干小塊狀(圖未示）。 最後於步驟5中再將每一小塊狀進行磨粉後即得本發 明之防偽雷射粉末1〇(如圖1或圖3所示），其較長兩端丄 距離約20〜200μΜ，厚度約2〜20_，其表面上具有該微 型雷射商標、文字或圖案15。 ' 此外，本明之防偽雷射粉之製造方法進一步包括將 該防偽雷射粉末10與樹脂及溶劑之混合物2〇混合後塗佈 於一物體30表面之步驟(步驟6)，其中，該物體&可為 包裝紙，且該表面可為内表面，該樹脂及溶劑之混合物2〇 中之樹脂可為一壓克力、PVA或EVA等，其詳情喑灸昭卜 述圖1〜3之說明。月一上 是以，經由本^^明之防偽雷射粉及其製造方法之趣 ，’其可於雷射粉末上_印有微型雷射商標、文字& ^並可與雛及溶狀混合物混合缝佈於包裝紙之内 =其製造成本等触，因此，確 變 所 本案所揭示者，乃較佳實施例之 嚴 f或修飾而源於本案之技術思想而為熟習該 易於推知者，倶不脫本案之專利權^。、技食之人 盆、，本案無魏目的、手额舰，在綱干 ，異於習知之技術特徵，且其首 2在t 日賜予專利，俾嘉惠^會了^以查委員明察，並祈早 【圖式之鮮制】 ^德便。 200844196 雷二，其繪示本發明一較佳實施例之防偽 圖2為一示意圖，其繪示本發明一較佳實施例之 雷射粉與翻旨及雜之齡物齡後、錄购體表面^ 意圖。 雷其繪示本發明—較佳實施例之防偽 製造:圖示根據本發明之防射粉之 圖5為一示意圖，其繪示本發明之防偽雷射粉之 方法於實施至步驟3時之剖面示意圖。 【主要元件符號說明】 雷射粉10 雷射商標、文字或圖案15 樹脂及溶劑之混合物20 物體30 放大鏡40 塑膠薄膜50 反射層60 硬化材料70 步驟1 :將一商標、文字或圖案15壓印於一塑膠薄膜4〇 之表面上； ’ ' 步驟2 :於該塑膠薄膜50具有該商標、文字或圖案之表面 上以真空蒸鍍方式鍍上一反射層60 ; /、 步驟3 :將一硬化材料70塗佈於該反射層6〇上； 步驟4 :從該反射層60處撕裂，使該反射層㈤及該硬化 材料70成若干小塊狀;以及 ΰ 步驟5 :將每一小塊狀進行磨粉即得防偽雷射粉末1〇 ; 步驟6 :將該防偽雷射粉末1〇與樹脂及溶劑之人 混合後塗佈於一物體30表面。 "The reflective layer and the hardened material are in the form of = block = the = storage U for grinding to obtain an anti-counterfeit laser powder. The structure and features of the present invention can be further understood by the reviewer and the detailed description of the preferred embodiments, such as Ϊ. Referring to FIG. 1 to FIG. 3, FIG. 2 is a schematic cross-sectional view showing a preferred anti-counterfeit laser powder of the present invention; FIG. 2 is a second preferred embodiment of the present invention: anti-counterfeit laser powder and resin and solvent. The mixture is mixed and applied to the object; FIG. 3 is a schematic view showing the upper side of the anti-counterfeit laser powder of the present invention. As shown in the figure, the anti-counterfeit laser powder 1Q of the present invention is a very fine powder which can be mixed with a resin and a solvent mixture 20 for application to the surface of an object 3, which is characterized in that it is printed on the surface of the powder 10. Laser logo, text or pattern 15 for anti-counterfeiting purposes. Wherein the distance between the longer ends of the powder 10 particles is about 20 to 200 μΜ, and the thickness is about 2 to 20 μΜ. The powder 10 is composed of a substance having high reflectance such as, but not limited to, zinc sulfide (ZnS) or cerium oxide ( Ti〇2), Oxidized Oxide (Bagua 2丨3) or a metal such as, but not limited to, aluminum, copper or silver, is vacuum-deposited on a plastic film 50 (please refer to FIG. 5), the plastic ^ The film is, for example but not limited to, a polypropylene, polyvinyl chloride, polyethylene or polyester film, 6 200844196 and is subjected to a process such as tearing and milling. The laser logo, text or pattern 15 may be microtext. Laser full-image pattern of logo, text or pattern (h0|0gram), and each micro-= mark, text or pattern 15 is 1~ΐΟμΜ. Therefore, each powder 10 can be embossed with 3 For example, the "Toyota" micro-text 15 can be embossed on the powder 1 ,. Therefore, the powder 10 can have at least "Toyota Fung" or "Tian Toyota" on the surface of about 20 to 200 μ. Miniature text 15. As shown in FIG. 2 and FIG. 3, the anti-counterfeit laser powder of the present invention may be combined with a resin and a solvent mixture 20, wherein the resin is, for example, but not limited to, a resin such as acryl, ^VA or EVA. Is a solvent, and is applied to the surface of an object 30 after mixing, such as but not limited to two surfaces of a cigarette wrapper, when the consumer or manufacturer views the magnifying glass 40 at a magnification of, for example, 2 〇 to 1 〇〇. When the inner surface of the carton is packed, the powder can be buckled to the miniature text 15 of "Toyota Toys" or "Tian Toyota", so that it can be confirmed that the product is genuine. In addition, in order to reduce the manufacturing cost of the manufacturer, the mixing ratio of the anti-counterfeit laser powder 10 and the resin and the solvent mixture can also be reduced, and f reduces the density of the anti-counterfeit laser powder, so that it can be increased only In the case of cost, ensure that the consumer can go to the real thing and the manufacturer can take a reasonable situation. The present invention does improve the shortcomings of the prior art. In addition, the present invention also provides a method for manufacturing an anti-counterfeit laser powder. FIG. 4 shows a manufacturing method of an anti-counterfeiting laser according to the present invention, which comprises the following steps: imprinting a ^^, text or pattern 15 on - On the surface of the plastic film 5G, the film 200844196 1), the plastic film 50 has a reflective layer 6 on the surface of the trademark, text or pattern by surface evaporation (step 2); a hardened material 7〇 Coating on the reflective layer 60 (step 3); tearing from the reflective layer 6 to make the reverse layer 60 and the hardened material 70 into small pieces (step 4); and each small piece In the case of grinding, the anti-counterfeit laser powder is obtained (step 5). In step 1, a trademark, text or pattern 15 is imprinted on the surface of a plastic j film 50; wherein the trademark, text or pattern 15 can be a microtext laser trademark, text or pattern. Like a pattern (hologram>' and each micro-laser trademark, text or pattern 15 is ~1〇μΜ, and the laser logo, text or pattern 15 can be pressed by a holographic press (not shown) The plastic film _ can be a soft surface of the plastic film 5, and the plastic _ can be a film of polypropylene, vinyl, polyethylene wire §. In step 2, the plastic film 5 〇 has the trademark, text or On the surface of the pattern is a vacuum-neutral-reflective layer (five); wherein the reverse can be sulphide (ZnS), yttrium oxide (2), oxidized (ΑΙ2〇3) or metal such as, but not limited to, aluminum, copper Or silver or the like formed. In the step 3, a hardening material 7 is applied onto the reflective layer 6''; ^: ' The hardened material may be an ultraviolet (υν) hardening material and has a thickness of 2 to 20 μm. As shown in Fig. 5, it shows the anti-counterfeit laser powder of the present invention = a schematic cross-sectional view of the semi-finished product when it is applied to the step 3, by which the plastic is fine. The thickness is about 彳. ~(10)(10), which is a softer mark, text or pattern 15 with a high and low holographic pattern on the soft surface. It is a reverse thickness of about α_〇5μΜ·6Q, and finally a hardened material with a thickness of 10μΜ7〇 Floor. (10) ίί, in step 4, the semi-finished product is torn from the reflective layer 60, and the laser mark, text or pattern 15 on the upper surface of the film 50 will be transferred to the reflective layer 60 by 8 200844196, and due to the reflection The layer 60 is tightly bonded to the hardened material 7〇, and therefore, the reflective layer 60 and the hardened material 7〇 will be torn into small pieces (not shown). Finally, in step 5, after each small block is ground, the anti-counterfeit laser powder of the present invention is obtained (as shown in FIG. 1 or FIG. 3), and the longer ends thereof are separated by about 20 to 200 μm. The thickness is about 2 to 20 mm, and the micro-laser trademark, letter or pattern 15 is on the surface. Further, the manufacturing method of the anti-counterfeit laser powder of the present invention further comprises the step of mixing the anti-counterfeit laser powder 10 with a mixture of the resin and the solvent and applying it to the surface of an object 30 (step 6), wherein the object & The paper may be an inner surface, and the resin in the mixture of the resin and the solvent may be an acrylic, a PVA or an EVA, etc. . On the first month of the month, through the interest of the anti-counterfeit laser powder and its manufacturing method, it can be printed on the laser powder with a miniature laser trademark, text & ^ and can be mixed with the chick and the solution. The mixed sew is wrapped in the wrapping paper = the manufacturing cost thereof is the same, and therefore, it is the ones that are disclosed in the present invention, which are the simplifications of the preferred embodiment, and are derived from the technical idea of the present invention, and are familiar to those skilled in the art. Do not leave the patent right of this case ^. The skill of the people, the case, there is no Wei purpose, hand-ship, in the trunk, different from the technical characteristics of the knowledge, and its first 2 patents on the t day, Yan Jiahui ^ will be ^ to check the members, And pray early [the fresh system of the pattern] ^ Germany. 200844196 Lei Er, which shows the anti-counterfeiting of a preferred embodiment of the present invention. FIG. 2 is a schematic view showing the laser powder and the object of the age of the invention, and the recording body. Surface ^ Intent. Lei Qi shows the anti-counterfeiting manufacturing of the preferred embodiment of the present invention: Figure 5 of the anti-reflective powder according to the present invention is a schematic view showing the method of the anti-counterfeit laser powder of the present invention. Schematic diagram of the section. [Explanation of main components] Laser powder 10 Laser trademark, text or pattern 15 Mixture of resin and solvent 20 Object 30 Magnifier 40 Plastic film 50 Reflective layer 60 Hardened material 70 Step 1: Imprint a trademark, text or pattern 15 On a surface of a plastic film 4'; step 2: a reflective layer 60 is vacuum-deposited on the surface of the plastic film 50 having the trademark, text or pattern; /, step 3: a hardening Material 70 is coated on the reflective layer 6〇; Step 4: tearing from the reflective layer 60, the reflective layer (5) and the hardened material 70 are formed into small pieces; and ΰ Step 5: Each small piece In the form of grinding, the anti-counterfeit laser powder is obtained. Step 6: The anti-counterfeit laser powder is mixed with a resin and a solvent and applied to the surface of an object 30. "