201125738 六、發明說明： 【發明所屬之技術領域】 本發明為提供-種讀音編鳴技術及圖卡 種多層印刷技術，可藉由在透明膜片同侧印刷產:雙 面圖示以及雙面讀音編碼層。 【先前技術】 按’現今為一電子化與多媒體的世代市面上有 許多透過讀音闕技術之有聲書，可透過—立 裝置讀取書頁中之讀音編瑪，並根據其讀音編=放 其對應之音《案，可㈣者_透過視覺及聽覺來 獲得資訊’如書中收錄專業的理財商業資訊名人演 講；然而，此科技也常於語言學習之介面使用特;I; 能夠加強讀者聽與說之能力，尤其是對於識字尚不多 的兒童而言，透過點觸具讀音編碼之圖書或圖卡中的 文字及圖畫’來獲取資訊更具其效果，且能發出聲音 之圖示能吸引兒童之注意力，增加學習時間，以提& 學習效率；且透過具讀音編碼之圖書或圖卡提供之語 音檔，讀者可學習正確標準之發音，不會受到老師或 家長口音限制； 最近科學技術甚至利用EVA/Ρϋ轉印貼紙，把各 種複雜的圖案及讀音編碼一起印刷到透明膜片上，圖 案可與各種EVA/PU融為一體，其具有耐水洗，耐腐 201125738 蝕等特性’然而’具編碼之圖卡因為印刷技術較複雜， 故印刷成本較高；且為了避免不同頁碼内之讀音編碼 互相干擾’頁面通常選取較厚的基材以隔離兩組讀音 編碼，故會花費較高的材料成本。 上述問題’將是在此領域技術者所欲解決之困難 所在。 【發明内容】 本發明之發明人有鑒於上述先前技術所述之不 足，k出一種讀音編碼技術及圖卡，其主要具有下列 之目的·· 本發明之第一目的在於：透明膜片可藉由一側印 刷產生兩側不同之圖示及讀音編碼，其兩圖示可用來 描述一物之正反兩面，可增加其圖示之生動效果； 本發明之第二目的在於：於透明膜片上之兩讀音 編碼層間，利用多層白色顏料組成之空白層，於讀取 時，可避免第一讀音編碼層與第二讀音編碼層互相干 擾而造成識別失敗。 【實施方式】 為了達成上述各項目的及功效，於此謹搭配圖 式，舉一較佳實施例，俾便在此領域中具通常知識者 能夠就各項目的據以實施。 首先，明參閱第一圖，為本發明之流程圖，圖中 201125738 清楚指出，一種用於透明膜片印刷之讀音編碼技術， 是利用多層印刷之方式，從透明膜片2之一侧印刷， 可產生雙面圖示以及包含各自之讀音編碼，其印刷之 顏料乃由C青色、Y黃色、M洋紅色三種印刷原色混合 調配而成，而Κ黑色僅作為讀音編碼使用，可被讀音 識別裝置所讀取’此技術之步驟包含有： (1) 將顏料與讀音編碼於一透明膜片2上進行多層 • 印刷，使其具有一圖示3與一讀音編碼層4; (2) 於讀音編碼層上重覆印刷四層白色顏料作為空 白層5 ’以覆蓋第-圖示3及第一讀音編碼層 4 ； (3) 將顏料與讀音編碼於空白層上進行多層印刷， 使其具有另一圖示6與另一讀音編碼層7; 藉由此技術，使其透明膜片2之正反兩面擁有不 • 同之圖示及讀音編碼，以增加其圖示之生動效果，同 時空白層5也可有效地避免第一讀音編碼層4與第二 讀音編碼層7於被讀取時互相干擾。 請參閱第二圖、第三圖，為本發明之立體外觀圖、 立體分解圖，圖中清楚指出，一種使用讀音編碼技術 之圖卡，其圖卡1之結構為一透明膜片2，於其膜片 2之同一側依序設有第一層圖示3與第一讀音編碼層 4、空白層5及第二層圖示6與第二讀音編碼層7 ; 201125738 其圖示由C青色、γ黃色、M洋紅色三種印刷原色混 合調配組成，經多層印刷之幾何圖形；其讀音編碼， 由印刷原色十的κ黑色印製而成，可被讀音識別裝置 所讀取，其K黑色僅使用於讀音編碼之目的，而不被 當成圖案著色顏料來使用，而黑色顏料為C青色、γ 汽色、Μ洋紅色三種印刷原色混合調配而成；透明膜 片 2，材質可為 pet、ΒΟΡΡ、PVC、ΡΡ。 综合上述’以上為本發明之一較佳實施例，非因 此局限本發明之專利範圍，本案專利範圍仍 應以後附 之專利申請範圍所定義為準。 201125738 【圖式簡單說明】 第一圖係本發明之流程圖。 第二圖係本發明之立體外觀圖。 第三圖係本發明之立體分解圖。 【主要元件符號說明】 S1〜S5流程圖 圖卡 1 透明膜片 2 第一層圖示 3 第一讀音編碼層 4 空白層 5 第二層圖示 6 第二讀音編碼層 7201125738 VI. Description of the Invention: [Technical Field] The present invention provides a multi-layer printing technique of a sound-reading technique and a card type, which can be printed on the same side of a transparent film: a double-sided image and a double-sided image The pronunciation coding layer. [Prior Art] According to the current generation of electronic and multimedia generations, there are many audio-visual books on the market that can read the sounds in the pages through the vertical device, and according to their pronunciations Corresponding voice "Case, can (4) _ obtain information through visual and auditory", such as the book's professional financial business information celebrity speech; however, this technology is often used in the interface of language learning; I; can enhance readers And the ability to speak, especially for children who are not very literate, to obtain information through the touch-coded books or texts and pictures in the card, and to make a sound icon Attract children's attention, increase learning time, and improve learning efficiency; and through the pronunciation of the book or the voice file provided by the card, the reader can learn the pronunciation of the correct standard, without being restricted by the teacher or parent accent; Science and technology even use EVA/Ρϋ transfer stickers to print a variety of complex patterns and pronunciation codes onto a transparent film. The pattern can be combined with various EVA/PU. Body, which has the characteristics of water-resistant, corrosion-resistant 201125738 eclipse, etc. 'However' has a coded card because the printing technology is more complicated, so the printing cost is higher; and in order to avoid the interference of the pronunciation codes in different page numbers, the page is usually thicker. The substrate is isolated from the two sets of pronunciation codes, which results in higher material costs. The above problem will be the difficulty that the technicians in this field want to solve. SUMMARY OF THE INVENTION The inventors of the present invention have in view of the above-mentioned deficiencies of the prior art, and have a pronunciation coding technique and a graphics card, which mainly have the following objectives. The first object of the present invention is that a transparent film can be borrowed. Printing on one side produces different graphical representations and pronunciation codes on both sides. The two illustrations can be used to describe the front and back sides of an object, which can increase the vivid effect of the illustration. The second object of the present invention is to: transparent film Between the two pronunciation coding layers, a blank layer composed of a plurality of layers of white pigments can prevent the first audio coding layer and the second audio coding layer from interfering with each other and cause recognition failure. [Embodiment] In order to achieve the above objects and effects, a preferred embodiment will be described with reference to the drawings, and those skilled in the art can implement the present invention for each purpose. First, referring to the first figure, which is a flow chart of the present invention, the figure 201125738 clearly indicates that a pronunciation coding technique for transparent film printing is printed by one side of the transparent film 2 by means of multi-layer printing. It can produce double-sided icons and include their own pronunciation codes. The printed pigments are made up of C cyan, Y yellow and M magenta. The Κ black is only used as the pronunciation code, and can be used as the pronunciation recognition device. The steps of reading the technique include: (1) encoding the pigment and the pronunciation on a transparent film 2 for multi-layer printing, having a graphic 3 and a sound encoding layer 4; (2) reading Four layers of white pigment are repeatedly printed on the code layer as a blank layer 5' to cover the first-picture 3 and the first sound-coding layer 4; (3) the pigment and the pronunciation are encoded on the blank layer for multi-layer printing to have another A picture 6 and another sound code layer 7; by this technique, the front and back sides of the transparent film 2 have the same graphic and pronunciation code to increase the vivid effect of the graphic, and the blank layer 5 can also be effective The first pronunciation encoding layer 4 and the second pronunciation encoding layer 7 are prevented from interfering with each other when being read. Please refer to the second and third figures, which are perspective views and exploded views of the present invention. The figure clearly shows that a card using the pronunciation coding technology has a structure of a transparent film 2, The same side of the diaphragm 2 is sequentially provided with a first layer diagram 3 and a first pronunciation coding layer 4, a blank layer 5 and a second layer diagram 6 and a second pronunciation coding layer 7; 201125738 is illustrated by C cyan , γ yellow, M magenta three kinds of printing primary colors mixed composition, multi-layer printed geometry; its pronunciation code, printed by the printing color 10 κ black, can be read by the pronunciation recognition device, its K black only It is used for the purpose of pronunciation encoding, and is not used as a pattern coloring pigment. The black pigment is blended with C, C, C, and Magenta. The transparent film 2 is made of pet and ΒΟΡΡ. , PVC, ΡΡ. The above is a preferred embodiment of the present invention, and is not intended to limit the scope of the invention. The scope of the patent should be determined by the scope of the patent application. 201125738 [Simple description of the drawings] The first figure is a flow chart of the present invention. The second drawing is a perspective view of the present invention. The third figure is a perspective exploded view of the present invention. [Main component symbol description] S1~S5 flow chart Fig. 1 Transparent diaphragm 2 First layer diagram 3 First tone code layer 4 Blank layer 5 Second layer diagram 6 Second tone code layer 7