^410948 2011年〇6月24日修正替換頁 五、新型說明： 【新型所屬之技術領域】 本創作有關一種3D動感圖形貼紙組，尤指可於各種透光物件 之兩相對面貼合第一貼紙與其相對應第二貼紙之3D動感圖形貼 紙組。 【先前技術】 按’凸透鏡幻象效果(Lenticular effects)通常分為五種：三維立 鲁 體圖(3D)、變圖(flip)、動晝(animation)、變形(morph)以及變焦距 (zoom)。於製造具有凸透鏡幻象效果影像的方法中，以變圖為例， 如第一圖所示，首先將A影像與b影像(例如電腦圖形構案)分割 為複數條紋狀影像，然後互相交錯成為一交錯影像，將交錯影像 輸出於紙張再與光柵片C (lenticular lens sheet)對準層合，或者將交 錯影像直接鮮輸出印概光柵片c㈣面，舰睛經由光拇片 C可從不同角度分別看到A影像與B影像。 • 於上述變圖方法中，由於圖案先以印表機印在紙張或相紙 上’再與光栅片C黏合，因此無法利用反射片增加可視度，除了 特殊設計的圖案外，難以呈現清晰明亮的圖形。因此目前坊間有 看到的3D圖像貼紙或風景畫、裝飾晝則需進行多層式分條印刷， 並需配合凸透獅狀社體構造，或利賴鏡反騎之内反射， 以產生具有約象效果之圖像，但相對會增加製程步驟與生產成本。 而且現有的單張3D圖像貼紙只是直接貼合在一般物件或建材、廣 =不品、容器、擺飾品之一側表面上，因此只能顯現犯圖像貼 身之幻象圖形’而無法與物件本身厚度作更有效性整體結 3 M410948 2011年〇6月24日修正替換頁 即為相關業者所極欲研究 合。因此要如何解決上述問題與缺失， 發展之方向。 【新型内容】 本創作之主要目的暨細功效在於，第—雜與第二貼紙更 容易分開製作生產，並且_第—貼紙與第二貼紙之對正缸合設 計，可供消費者觀察與選購3〇圖形樣式，再由消費者將第一貼紙 與第二貼紙對正貼合在各種透絲件之兩爾目對表面上，以結合 透光物件本身厚度呈現出3D動感圖形之立體效果。 為達上揭目的，本創作3D動感圖形貼紙組係由一第一貼紙及邇 -第二貼紙所構成；第-貼紙之透光性第一基層表面設有多數密 集排列分佈線條，以形成第一線條圖案，於第一基層之一側表面 設有一黏著層，以貼合一離型紙；第二貼紙之第二基層表面設有 多數密集排列分佈線條，以形成第二線條圖案，於第二基層之一 側表面設有一黏著層；第一貼紙與第二貼紙於彼此對應重疊位置 各設有多數對正標記’第一線條圖案與第二線條圖案於彼此對應‘ 重疊時’兩者線條彼此互相交錯。 钃 於較佳實施例中，該離型紙設為透光層，該離型紙之一側表 面貼合第一貼紙，其另一側表面貼合第二貼紙，第一貼紙與第二 貼紙之對正標記彼此對正，第一線條圖案與第二線條圖案兩者之 線條互相交錯，藉由視線暨光線穿透於離型紙產生折射，呈現出 3D動感圊形。 於較佳實施例中，該第一貼紙之第一基層於一側表面或另一 側表面上印刷設置第一線條圖案。 2011年06月24日修正替換頁 於較佳實施例中，該第二貼紙之第二基層設為不透光層，其 一側表面印刷設置第二線條圖案，以結合黏著層。 【實施方式】 有關本創作為達成上述目的，所採用之技術手段及其功效， 兹舉出可行實施例，並且配合圖式說明如下： 首先，請參閱第二、三及四圖，本創作3D動感圖形貼紙組適 用於建材、廣告展示品、容器、擺飾品及娛樂品等各種透光物件 5上，本創作3D動感圖形貼紙組基本上利用莫耳效應(M〇IR£ EFFECT)或稱為疊紋或波紋效應，以設計出幾何學圖案，進而結 合透光物件5本身厚度，以產生3D動感圖形4之立體動感效果。 於第二及三圖所示之較佳實施例中，本創作3D動感圖形貼紙 組主要由一第一貼紙1及一第二貼紙2所構成；第一貼Mi之透 光性第一基層11可設為透光膠膜，其一側表面111設有多數 密集排列分佈線條121，以形成第一線條圖案12，於第一基 層11之一側表面111之第一線條圖案丄2設有一透視性黏著 層13，以貼合於離型紙3上。第二貼紙2之第二基層21—側 表面211設有多數密集排列分佈線條2 21，以形成第二線條 圖案2 2，於第二基層21之一側表面211設有一透視性黏著 層23，以貼合於離型紙3。如圖所示中，第一貼紙1與第二貼 紙2更容易分開製作生產，並且第一貼紙1與第二貼紙2及離型 紙3於彼此對應重疊位置各設有多數對正標記14、2 4、3 4、 15、25、35、16、26、36、17、27、37,而 M410948 201丨年06月24曰修正替換頁， 第一線條圖案1 2與第二線條圖案2 2於彼此對應重疊時，使兩 者線條121、2 21彼此互相交錯。 本創作3D動感圊形貼紙組之組合設計中，如第二及三圖所 示，第一貼紙1與第二貼紙2更容易分開製作生產，並且離型紙 3可設為透光層，離型紙3之一側表面31貼合第一貼紙1，其 另一側表面32則貼合第二貼紙2，第一貼紙1與第二貼紙2之 對正標記彼此對正14、24、15、25、16、26、17、- 27，第一線條圖案12與第二線條圖案22兩者之線條12 _ 1、2 21互相交錯，藉由視線暨光線穿透於透光性離型紙3產 生折射’以呈現出3D動感圖形4，可供消費者觀察與選購所需要 之貼紙圖案。 於實際使用時，使用者可由離型紙3兩側取下第一貼紙工與 第二貼紙2，利用第一贴紙1與第二貼紙2之黏著層13、2 3 貼著於各種透光物件5 (參閱第二、三及四圖）之兩側相對平面， 並且第一貼紙1與第二貼紙2之對正標記14、24、15、2籲 5、16、26、17、27彼此對正，第一線條圖案工2與第 -線條圖# 2 2兩者之線條121、2 21互相交錯，並且結合 透光物件5本身厚度，藉由視線暨光線穿透於透光物件5產生折 射’呈現出3D動感圖形4。除此之外，本創作第一貼紙1與第二 貼紙2亦可貼著於第五圖所示之各種透光物件5之兩側相對弧 面’且更可貼著於第六圖所示之各種透光物件5之内外圓周面。 請參閱第七圖所示之3D動感圖形貼紙組，第—貼紙丄之第一 6 M410948 • 2011年06月24日修正替換頁 基層11可改於另一側表面112上印刷設置第一線條圖案1 2，並且第一線條圖案12上可設有保護層18，以避免線條1 2 1摩擦損傷。 繼續說明本創作3D動感圖形貼紙組之組合設計，如第二、三 及四圖所示’第二貼紙2之第二基層21可設為不透光層，以於 一側表面211上直接印刷設置第二線條圖案2 2，再結合黏著 層2 3。除此之外，第二貼紙2之第二基層21亦可設為透光層， # 而第二線條圖案2 2則可具有不透光底色。 於第二及二圖所示中，第一貼紙丄與第二貼紙2係貼置於同 :-離型紙3之兩側相對表面3 1、3 2，以供消費者觀察與選構。 除此之外，亦可如第八圖所示’將第—貼紙i與第二貼紙2貼置 B 於同-離型紙3之-側表面31上，或者將第—貼紙u第二貼 紙2分別貼合有一離型紙3 (參閱第九圖）。 、综上所述，本創作3D動感圖形貼紙組之第一貼紙丄與第二貼 ••紙2更容易分開製作生產，並且利用第一貼紙丄與第二貼紙& 對正組合設計，可供消費者觀察與選講犯圖形樣式，再由消費者 將第-貼紙1與第二貼紙2對正貼合在各種透光物件5之兩側相 對表面上，以結合透光物件5本身厚度呈現出犯動感圖形4之立 體效果，爰依法提出新型專利申請。 以上所舉實施例僅用為方便說明本創作，而並非加以限制， 在不離本創作精神麟，熟悉此一行業技藝人士所可作之 易變化與修飾，均仍應含括於以下申請專利範圍中。 7 2011年06月24日修正替換頁 【圖式簡單説明】 第一圖係習用變圖方法製作3D圖像之示意圖； 第二圖係本創作較佳實施例3D動感圖形貼紙組之立體分解圖； 第二圖係第二圖3D動感圖形貼紙組之立體圖； 第四圖係第二圖3D動感圖形貼紙組之使用狀態圖； 第五圖係如第四圖3D動感圖形貼紙組另一種使用狀態之側視圖； 第六圖係如第四圖3D動感圖形貼紙組又一種使用狀態之示意圖； 第七圖係如第四圖另一種第一貼紙之立體分解圖； 第八圖係本創作另一較佳實施例3D動感圖形貼紙組之立體圖； 第九圖係本創作又一較佳實施例3D動感圖形貼紙組之立體圖。 【主要元件符就說明】 1、 第一貼紙 1 3、黏著層 1 6、對正標記 1 1 1、表面 2、 第二貼紙 2 3、黏著層 2 6、對正標記 2 1 1、表面 3、 離型紙 3 4、對正標記 3 7、對正標記 11、第一基層 1 2、第一線條圖案 14、對正標記 15、對正標記 1 7、對正標記 18、保護層 1 1 2、表面 121、線條 2 1、第二基層 2 2、第二線條圖案 2 4、對正標記 2 5、對正標記 2 7、對正標記 2 1 2、表面 2 21、線條 ♦ 3 1、表面 3 2、表面 3 5、對正標記 3 6、對正標記 M410948 2011年06月24日修正替換頁 4、 3D動感圖形 5、 透光物件^410948 2011, June 24, revised replacement page 5, new description: [New technical field] This creation is related to a 3D dynamic graphic sticker set, especially the two opposite sides of various light-transmissive objects. The sticker corresponds to the 3D dynamic graphic sticker set of the second sticker. [Prior Art] There are five types of Lenticular effects: three-dimensional stereoscopic (3D), flip, animation, morph, and zoom. . In the method of manufacturing a phantom effect image with a convex lens, taking a variation diagram as an example, as shown in the first figure, the A image and the b image (for example, a computer graphics composition) are first divided into a plurality of striped images, and then interlaced into one. Interlace the image, output the interlaced image on the paper and then align it with the lenticular lens sheet C, or directly output the interlaced image to the c (four) surface of the stencil sheet. The scuttle can be separated from different angles through the optical clip C. See A and B images. • In the above variation method, since the pattern is first printed on the paper or photographic paper with the printer' and then bonded to the lenticular sheet C, the reflection sheet cannot be used to increase the visibility, and it is difficult to display clear and bright except for the specially designed pattern. Graphics. Therefore, the 3D image stickers or landscape paintings and decorative plaques that have been seen in the workshops are required to be multi-layered and stripe-printed, and they need to cooperate with the lion-like body structure or the inner reflection of the ray-back mirror to generate The image of the effect is similar, but it will increase the process steps and production costs. Moreover, the existing single 3D image sticker is only directly attached to one side surface of a general object or building material, wide = not, container, and ornaments, so that only the illusion image of the image close-fitting can be displayed, and the object cannot be attached to the object. The thickness of the thickness itself is more effective. 3 M410948 The revised replacement page on June 24, 2011 is the researcher's desire to study. Therefore, how to solve the above problems and lacks, the direction of development. [New Content] The main purpose and the fine effect of this creation is that the first and second stickers are easier to separate and produce, and the _first-sticker and the second sticker are designed for the alignment of the cylinders for consumers to observe and select. Purchase 3〇 graphic style, and then the first sticker and the second sticker are aligned by the consumer on the surface of the two pairs of the transparent components, so as to combine the thickness of the transparent object to present the stereoscopic effect of the 3D dynamic graphics. . In order to achieve the goal, the creative 3D dynamic graphic sticker set is composed of a first sticker and a second sticker; the first transparent surface of the first sticker is provided with a plurality of densely arranged lines to form the first a line pattern, an adhesive layer is disposed on one side surface of the first base layer to fit a release paper; and a second base layer surface of the second sticker is provided with a plurality of densely arranged lines to form a second line pattern, in the second One side surface of one of the base layers is provided with an adhesive layer; the first sticker and the second sticker are respectively provided with corresponding alignment marks at the corresponding overlapping positions of each other. 'The first line pattern and the second line pattern correspond to each other' when overlapping each other' Intertwined with each other. In a preferred embodiment, the release paper is set as a light transmissive layer, and one side surface of the release paper is attached to the first sticker, and the other side surface is attached to the second sticker, and the first sticker and the second sticker are paired. The positive marks are aligned with each other, and the lines of the first line pattern and the second line pattern are interlaced with each other, and the line of sight and light rays are refracted by penetrating the release paper to exhibit a 3D dynamic shape. In a preferred embodiment, the first base layer of the first sticker is printed with a first line pattern on one side surface or the other side surface. Corrective Replacement Page, June 24, 2011 In the preferred embodiment, the second base layer of the second sticker is provided as an opaque layer, and a second line pattern is printed on one side surface to bond the adhesive layer. [Embodiment] For the purpose of achieving the above objectives, the technical means and its functions, the following examples are given, and the descriptions are as follows: First, please refer to the second, third and fourth figures, this creation 3D The dynamic graphic sticker set is suitable for various light-transmissive objects such as building materials, advertising displays, containers, ornaments and entertainment products. The 3D dynamic graphic sticker set of this creation basically uses the M〇IR £ EFFECT or called The moiré or corrugation effect is designed to design a geometric pattern, which in turn combines the thickness of the light transmissive article 5 itself to produce a stereoscopic motion effect of the 3D motion graphic 4. In the preferred embodiment shown in the second and third figures, the creative 3D dynamic graphic sticker set is mainly composed of a first sticker 1 and a second sticker 2; It can be set as a light-transmissive film, and one side surface 111 is provided with a plurality of densely arranged lines 121 to form a first line pattern 12, and a first line pattern 丄2 on one side surface 111 of the first base layer 11 is provided with a perspective. The adhesive layer 13 is attached to the release paper 3. The second base layer 21 of the second sticker 2 is provided with a plurality of densely arranged lines 2 21 to form a second line pattern 2 2 , and a side surface 211 of the second base layer 21 is provided with a see-through adhesive layer 23 . To fit on the release paper 3. As shown in the figure, the first sticker 1 and the second sticker 2 are more easily produced separately, and the first sticker 1 and the second sticker 2 and the release paper 3 are respectively provided with a plurality of alignment marks 14 and 2 at corresponding overlapping positions. 4, 3 4, 15, 25, 35, 16, 26, 36, 17, 27, 37, and M410948, June 24, 201, revised correction page, the first line pattern 1 2 and the second line pattern 2 2 When they overlap each other, the two lines 121, 2 21 are interlaced with each other. In the combined design of the 3D dynamic 圊-shaped sticker set, as shown in the second and third figures, the first sticker 1 and the second sticker 2 are more easily produced separately, and the release paper 3 can be set as a light-transmitting layer, a release paper. 3 one side surface 31 is attached to the first sticker 1 , and the other side surface 32 is attached to the second sticker 2 , and the alignment marks of the first sticker 1 and the second sticker 2 are aligned with each other 14 , 24 , 15 , 25 . , 16, 26, 17, 27, the lines 12 _ 1 , 2 21 of the first line pattern 12 and the second line pattern 22 are interlaced, and the line of sight and light penetrates through the transparent release paper 3 to generate refraction 'To present a 3D dynamic graphic 4, the sticker pattern required for consumers to observe and purchase. In actual use, the user can remove the first sticker and the second sticker 2 from both sides of the release paper 3, and stick the adhesive layers 13 and 2 of the first sticker 1 and the second sticker 2 to the various transparent articles. 5 (refer to the second, third and fourth figures) on opposite sides of the plane, and the alignment marks 14 , 24 , 15 , 2 of the first sticker 1 and the second sticker 2 are 5, 16, 26, 17, 27 opposite each other Positive, the lines 1 and 2 of the first line pattern 2 and the line pattern # 2 2 are interlaced with each other, and combined with the thickness of the light-transmitting object 5 itself, the reflection is made by the line of sight and light passing through the light-transmitting object 5. 'Showing 3D dynamic graphics 4. In addition, the first sticker 1 and the second sticker 2 of the present invention may also be attached to the opposite sides of the various light-transmitting objects 5 shown in FIG. 5 and may be attached to the sixth figure. The inner and outer circumferential faces of the various light transmissive articles 5. Please refer to the 3D dynamic graphic sticker set shown in Figure 7, the first 6 M410948 of the sticker - June 24, 2011. Correction of the replacement page The base layer 11 can be modified to print the first line pattern on the other side surface 112. 1 2, and a protective layer 18 may be disposed on the first line pattern 12 to avoid friction damage of the line 112. Continuing to explain the combination design of the created 3D dynamic graphic sticker set, as shown in the second, third and fourth figures, the second base layer 21 of the second sticker 2 can be set as an opaque layer for direct printing on one side surface 211. The second line pattern 2 2 is set, and the adhesive layer 23 is further bonded. In addition, the second base layer 21 of the second sticker 2 may also be a light transmissive layer, and the second line pattern 2 2 may have an opaque ground color. In the second and second figures, the first sticker 丄 and the second sticker 2 are attached to the opposite surfaces 3 1 and 3 2 of the same: - release paper 3 for consumer observation and selection. In addition, as shown in the eighth figure, 'the first sticker i and the second sticker 2 are placed on the side surface 31 of the same-release paper 3, or the second sticker 2 of the first sticker 2 A release paper 3 is attached to each other (see Figure 9). In summary, the first sticker of the 3D dynamic graphic sticker set and the second sticker • • Paper 2 are easier to separate and produce, and the first sticker and the second sticker & For the consumer to observe and select the graphical style, and then the consumer pastes the first sticker 1 and the second sticker 2 on opposite sides of the various light transmissive articles 5 to combine the thickness of the transparent article 5 itself. Presenting the stereoscopic effect of the dynamic graphic 4, the new patent application is filed according to law. The above embodiments are only used to facilitate the description of the present invention, and are not intended to be limiting, and the changes and modifications that can be made by those skilled in the art are still included in the following patent application scope. in. 7 June 24, 2011 Correction Replacement Page [Simple Description of the Drawings] The first figure is a schematic diagram of a 3D image produced by the conventional variation map method; the second figure is an exploded view of the 3D dynamic graphic sticker set of the preferred embodiment of the present creation. The second figure is a perspective view of the second figure 3D dynamic graphic sticker set; the fourth figure is the use state diagram of the second figure 3D dynamic graphic sticker set; the fifth figure is another use state of the fourth figure 3D dynamic graphic sticker set; The sixth figure is a schematic diagram of another state of use of the motion picture sticker set of the fourth figure 3D; the seventh figure is an exploded view of another first sticker as shown in the fourth figure; A perspective view of a preferred embodiment 3D dynamic graphic sticker set; a ninth drawing is a perspective view of another preferred embodiment 3D dynamic graphic sticker set. [Main component description] 1. First sticker 1 3, adhesive layer 16 , alignment mark 1 1 1 , surface 2, second sticker 2 3, adhesive layer 26, alignment mark 2 1 1 , surface 3 , release paper 34, alignment mark 3 7, alignment mark 11, first base layer 1, second line pattern 14, alignment mark 15, alignment mark 17, alignment mark 18, protective layer 1 1 2 , surface 121, line 2 1, second base layer 2, second line pattern 2 4, alignment mark 2 5, alignment mark 2 7 , alignment mark 2 1 2, surface 2 21, line ♦ 3 1 , surface 3 2, surface 3 5, alignment mark 3 6, alignment mark M410948 revised June 24, 2011 replacement page 4, 3D dynamic graphics 5, light-transmissive objects