201024156 五、發明說明： 【發明所屬之技術領域】 本發_有關於-種自行車舰板貼合印概之方法， Λ尤指-種可提升自行車魏板整體域之貼合印刷膜方 法使觀板上之圖形能精確定位於預驗置，進而增 加自行車擋泥板之附加價值者。 【先前技術】 參 如第一圖所示’按一般自行車播泥板1為了增加其美感， 以及提供商標之標示’都會利用一印有圖形之水標丄2貼設在 擔泥板1表面上之-預設位置i i，而此種貼標方式之最大缺 點’乃在財標1 2賴财式必爾賴人工操作，因此無法 陕速量產，而且貼標的品質因人而異。特別是現今稽泥板發展 趨勢，已經朝向3 D立體設計的理念，所展現的表面往往是一 種多向弧形彙集的整體表面，如欲以人工貼標作業只會造成更 _ 多的表面皺折，就算勉強作業也僅能適用於小面積之貼標，而 且施工良率並不穩定；此外，水標12貼設在擋泥板1的表 面’由於本身厚度的緣故，而會凸出於該擋泥板1之表面，因 此在經過長期的清潔擦拭，很容易自該水標丄2的邊緣發生剝 離現象，或者是在水標12的邊緣積存污垢，而影響到其外觀 上的美感。 為了解決水標貼標的缺失，利用機器加工直接將一印刷膜 貼合於該擋泥板之表面的技術’不但可取代了傳統水標貼標的 201024156 方1而且也可以獲得—平滑之表面 ，因而被廣泛使用，至於 其貼合的實施方式，財以下幾種貼法： 1如第—圖所不’將印刷膜丨3貼合於該擔泥板丨的内表面。 2如第二圖所不’將印刷膜丄4貼合於該擔泥板丄的外表面。 • 3如第四圖所7^’在該擋泥板1的内、外表面各貼設-印刷 膜1 5、1 6。 .’、、一以上哪種貼合方式，在實施上都會面臨_個技術上的 ❿ _，即其最大的瓶頸（如第五圖所示）就是經過量產後所製 造的母-支擋泥板1 ’其表面的圖形丄7、i 8並無法轉在 同一位置（如第五圖中a、b虛線上各圖形工7、工8位置的 比較示意）；因此，此種_廳合於觀板的生產技術應用， 只能局限在餐片不需要分辨頭尾位置之圖形的生產條件，亦即 圖形位置不需要被要求作定點定位的情況，才適合以印刷膜貼 合的生產方式’如此將使得圖形的設計及使用上受到很大的限 參 制’基於社的缺失’業界乃積極研發奸，但至今仍然找不 到較佳方法，以解決前述所存缺失。 【發明内容】 有鑑於此，本案發明人乃不斷研究改良，終於完成本發 明之自行車擋泥板貼合印刷膜之方法，即本發明之目的係在 提供一種可提升自行車擋泥板整體美感之貼合印刷臈方法， 藉以使擔泥板上之圖形能精確定位於預設位置，進而增加自 行車擋泥板之附加價值者。 201024156 為_上述本_之目的，本_之料其至少包括以 下步驟： a、 選定印刷膜上圖形的基準點及節距； b、 印刷膜與板體貼合成型； c、 疋位裝置標定基準點進行裁切。 上述本發明健置，其細紅外_引定位。 上述本發明之印刷膜，係由PET (對苯二㈣醋乙二 • 酯P〇ly ethylene terephthalate)、PC (聚碳酸酯201024156 V. INSTRUCTIONS: [Technical field to which the invention pertains] The present invention relates to a method for attaching a bicycle board to a printed board, and a method for improving the overall printing film of the bicycle board. The graphics on the board can be accurately positioned in the pre-inspection, which in turn increases the added value of the bicycle fender. [Prior Art] As shown in the first figure, 'in order to increase the beauty of the bicycle slab 1 and to provide the trademark mark', a watermark 丄2 with a graphic is attached to the surface of the slab 1 The default position ii, and the biggest shortcoming of this labeling method is the manual operation of the financial standard, so it can not be mass-produced in Shaanxi, and the quality of labeling varies from person to person. In particular, the development trend of today's mudboards has been oriented towards the concept of 3D three-dimensional design. The surface displayed is often a multi-directional curved integrated surface. If you want to use manual labeling, it will only cause more surface wrinkles. Folding, even barely working can only be applied to small area labeling, and the construction yield is not stable; in addition, the water mark 12 is attached to the surface of the fender 1 due to its thickness, it will protrude The surface of the fender 1 is easily peeled off from the edge of the water mark 2 after long-term cleaning, or dirt is accumulated on the edge of the water mark 12, thereby affecting the aesthetic appearance. In order to solve the lack of watermark labeling, the technique of directly applying a printed film to the surface of the fender by machining can not only replace the traditional watermark labeling of 201024156, but also obtain a smooth surface. It is widely used. As for the embodiment of the bonding, the following methods are used: 1 As shown in the figure, the printing film 3 is attached to the inner surface of the slab. 2 As shown in the second figure, the printing film 4 is attached to the outer surface of the slab. • As shown in the fourth figure, the printed film 15 and 16 are attached to the inner and outer surfaces of the fender 1. ',, more than one of the fitting methods, in the implementation will face _ a technical ❿ _, that is, its biggest bottleneck (as shown in the fifth figure) is the mother-supporting mud produced after mass production The pattern 丄7 and i8 of the surface of the board 1' cannot be rotated at the same position (as shown in the figure 5 and the position of the work 8 on the dotted line a and b in the fifth figure); therefore, this type of hall is combined with The production technology application of the viewing board can only be limited to the production conditions of the graphics without the need to distinguish the head and tail position of the meal, that is, the position of the graphic does not need to be fixed positioning, and it is suitable for the production method of printing film bonding. This will make the design and use of graphics subject to a large limited participation 'social-based deficiency' industry is actively research and development, but still can not find a better way to solve the aforementioned shortcomings. SUMMARY OF THE INVENTION In view of the above, the inventor of the present invention continuously researches and improves the method of finally fitting the bicycle fender to the printed film of the present invention, that is, the object of the present invention is to provide an overall aesthetic feeling of the bicycle fender. The method of printing the squeegee is applied, so that the figure on the slab can be accurately positioned at the preset position, thereby increasing the added value of the bicycle fender. 201024156 For the purpose of the above-mentioned _, this material includes at least the following steps: a. Select the reference point and pitch of the graphic on the printed film; b. Print the film and the plate body to form a composite type; c. Click to crop. The above-described present invention is embodied in a fine infrared-infrared positioning. The above-mentioned printing film of the present invention is composed of PET (P〇ly ethylene terephthalate), PC (polycarbonate).
Polycarbonate)之材質所製成之薄膜。 【實施方式】 請參閱第六圖所示者，係本發明其自行車擋泥板貼合印 刷膜之方法2的步驟示意圖’第七圖為實施本發明之裝置3 其簡圖示意，其巾該擋泥板之板體4 0由-押出機31成型 押出’利驗板體4 G自該押出機3 1押出後本身的餘溫， ❹ 以供至少一捲輪裝置3 2上所提供之-印刷膜5 〇貼合於該 板體40之-表面4〇〇，貼合後之板體4〇傳輸至一定位 裝置3 3，經由該定位裝置3 3的基準點標定，以導引一裁 切裝置3 4進行裁切’而完成一擔泥板之成品；本發明之方 法2至少包括以下步驟： a、選定印刷膜上圖形的基準點及節距（步驟2丄）：在編排 印麵5 0上的圖形5丄時(請參閱第人圖所示），先選 疋一基準點511，並根據該板體4〇的裁切長度以該 201024156 基準點511為基準，定下每一圖形的節距p，以供蝙 排印製該印刷膜5 〇上的圖形51之位置； b印刷膜與板體貼合成型（步驟2 2 ):板體4 0由一押出 機31成型押出，利用該板體4〇自該押出機3 i押出 後本身的餘溫，以供至少一捲輪裝置3 2上所提供之一 印刷膜50貼合於該板體4〇之一表面4〇〇; C、定位裝置標定基準點進行裁切（步驟2 3 ):貼合後之板 體4 0傳輸至一定位裝置3 3，經由該定位裝置3 3的 基準點標定，以導引一裁切裝置3 4按預設位置進行裁 切（如第十三圖所示），其係裁切該板體4 〇之前緣4 1 及後緣4 2，以完成-擋泥板4之成品。 上述本發明之印刷膜與板體貼合成型（步驟2 2)之 步驟，其中該印刷膜5 〇與板體4 〇的貼合位置，有以下 幾種實施例： 1、 如第九圖所示，該印刷膜50係貼合於該板體40的 外表面4 〇1。 2、 如第十圖所示，該印刷膜50係貼合於該板體40的 内表面4 〇 2。 3、 如第十一圖所示’該板體4 0的外表面40 3、内表 面4 0 4各貼合一印刷膜5 〇、5 〇，。 4、 如第十二圖所示，係以二板體4 〇、4 〇，的各一表 面4 0 5、4 0 6夾貼一印刷膜5 〇。 201024156 無淪以上哪種貼合方式’在實施上都會使經過量產後所製 造的每一支擋泥板4，其表面上的圖形5丄維持在同一位置 (如第十四圖中c、d虛線上各圖形5丄位置的比較示意）； 因此，利用本發明之方法2 ’可以解決習式只能局限在整片不 々要为辨頭尾位置之圖形的生產瓶頸。 上述本發明之印刷膜與板體貼合成型（步驟2 2)之步 驟，其中該印刷膜5 0與板體4 〇的貼合區域，如果是在該 ❹ 板體4 0的内表面4 0 2 (如第十圖所示），為了能從外部看 到核圖形5 1，該板體4Q上與該卿51對應的區域係為 一透明的區域’如此才能供外部可清楚看到該印刷膜5 〇的 圖形5 1。 上述本發明之疋位裝置3 3，其係以紅外線方式，來導 引標定該印刷膜5 〇的_5 i上基準點5 i i的定位，使 該板體4 0能精準進入預設裁切位置進行裁切。 參 肖上所述，本發明之方法可提升自行車觀板之整體美 感藉以使擋泥板上之圖形能精確定位於預設位置，進而增 加自行車擔泥板之附加價值，可解決習式只能局限在整片不 需要刀辨頭尾位置之圖形的生產瓶頸，而特具新穎、實用進 步效益者。 【圖式簡單說明】 第一圖，係習式水標貼標示意圖。 201024156 第二圖，係習式貼合印刷膜實施例示意圖（一）。 第三圖，係習式貼合印刷膜實施例示意圖（二）。 第四圖，係習式貼合印刷膜實施例示意圖（三）。 第五圖，係習式貼合印刷膜其圖形位置比較示意圖。 第六圖，係本發明其方法之步驟示意圖。 第七圖，係本發明其裝置簡圖示意圖。 第八圖，係本發明印刷膜標定圖形實施例示意圖。 參 第九圖，係本發明貼合印刷膜實施例示意圖（一）。 第十圖，係本發明貼合印刷膜實施例示意圖（二）。 第十一圖，係本發明貼合印刷膜實施例示意圖（三）。 第十二圖，係本發明貼合印刷膜實施例示意圖（四）。 第十三圖，係本發明裁切實施例示意圖。 第十四圖，係本發明貼合印刷膜其圖形位置比較示意圖。 ® 【主要元件符號說明】 1···擋泥板 11··預設位置 12·.水標 13、14、15、16··印刷膜 17、18 · ·圖形 a、b、c、d . ·虛線 201024156 2 · ·方法 21、2 2、2 3 · ·步驟 3 · ·裝置 3 1 · ·押出機 3 2 ··捲輪裝置 3 3 ··定位裝置 3 4 ··裁切裝置 ❿ 4 · · ·擋泥板 4 0、4 0’ ··板體 400、405、406· ··表面 4 01、4 0 3外表面· 4 0 2、4 0 4 ·内表面 4 1 · ·前緣 4 2 · ·後緣 _ 5 0、5 0’ ··印刷膜 5 1 · ·圖形 511·基準點 P · · ·節距A film made of a material of Polycarbonate). [Embodiment] Please refer to the sixth figure, which is a schematic diagram of the steps of the method 2 for attaching a printed film to a bicycle fender of the present invention. The seventh figure is a schematic diagram of the apparatus 3 for implementing the present invention. The fender plate 40 is formed by the extruder 31. The remaining temperature of the plate body 4 G from the extruder 3 1 is released for the at least one reel device 3 2 . - the printed film 5 is attached to the surface 4 of the plate 40, and the bonded plate 4 is transported to a positioning device 3 3, and is indexed by the reference point of the positioning device 33 to guide one. The cutting device 34 performs the cutting to complete the finished product of the slab; the method 2 of the present invention comprises at least the following steps: a. Selecting the reference point and the pitch of the graphic on the printed film (step 2 丄): arranging the printing When the pattern on the surface 50 is 5丄 (please refer to the figure shown in the figure), the first reference point 511 is selected first, and the cutting length of the plate body 4〇 is determined based on the 201024156 reference point 511. a pitch p of a pattern for bat printing to print the position of the pattern 51 on the printing film 5; b printing film and plate body bonding (Step 2 2): the plate body 40 is formed by an extruder 31, and the remaining temperature of the plate body 4 is pushed out from the extruder 3 i for at least one reel device 3 2 A printing film 50 is attached to one surface 4 of the plate body 4; C. The positioning device marks the reference point for cutting (step 2 3): the plate body 40 after bonding is transferred to a positioning device 3 3 And calibrating the reference point of the positioning device 33 to guide a cutting device 34 to cut according to a preset position (as shown in FIG. 13), which cuts the front edge of the plate 4 1 and trailing edge 4 2 to complete - the finished product of the fender 4. The printing film of the present invention is combined with the plate body (step 2 2), wherein the printing film 5 〇 and the plate body 4 〇 are bonded to each other in the following embodiments: 1. As shown in the ninth figure The printed film 50 is attached to the outer surface 4 〇1 of the plate body 40. 2. As shown in the tenth figure, the printing film 50 is attached to the inner surface 4 〇 2 of the plate body 40. 3. As shown in Fig. 11, the outer surface 40 3 and the inner surface 404 of the plate body 40 are respectively bonded to a printing film 5 〇, 5 〇. 4. As shown in Fig. 12, a printing film 5 夹 is attached to each of the surfaces 4 0 5 and 4 0 of the two plates 4 〇 and 4 〇. 201024156 No matter which kind of bonding method is used, in the implementation, each fender 4 manufactured after mass production will maintain the same pattern on the surface of the fender 4 (such as c, d in the fourteenth figure). A comparison of the positions of the figures on the dashed line is shown in Fig. 2; therefore, the method 2' of the present invention can be used to solve the production bottleneck that can only be limited to the entire image of the figure that does not necessarily identify the head and tail positions. The above-mentioned printing film of the present invention is bonded to the plate body (step 2 2), wherein the bonding area of the printing film 50 and the plate body 4 is if the inner surface of the slab body 40 is 4 0 2 (As shown in the tenth figure), in order to be able to see the nuclear pattern 5 1 from the outside, the area corresponding to the stencil 51 on the plate body 4Q is a transparent area so that the printed film can be clearly seen from the outside. 5 〇 graphic 5 1. The above-mentioned clamping device 3 3 of the present invention guides the positioning of the reference point 5 ii on the _5 i of the printing film 5 红外线 in an infrared manner, so that the plate body 40 can accurately enter the preset cutting. The position is cropped. As described above, the method of the present invention can improve the overall beauty of the bicycle viewing board so that the graphic on the fender can be accurately positioned at the preset position, thereby increasing the added value of the bicycle slab, and the formula can only be solved. It is limited to the production bottleneck of the whole piece of graphics that does not require the knife to identify the head and tail position, and is unique and practical. [Simple description of the figure] The first picture is a schematic diagram of the standard water mark labeling. 201024156 The second figure is a schematic diagram of an embodiment of a custom-fitted printed film (1). The third figure is a schematic diagram (II) of an embodiment of a custom-fit printed film. The fourth figure is a schematic diagram (3) of an embodiment of a custom-fit printed film. The fifth figure is a schematic diagram of the comparison of the graphic positions of the printed film. Figure 6 is a schematic illustration of the steps of the method of the present invention. Figure 7 is a schematic view of the apparatus of the present invention. Figure 8 is a schematic view showing an embodiment of the calibration pattern of the printed film of the present invention. Fig. 9 is a schematic view (I) showing an embodiment of the printed film of the present invention. The tenth drawing is a schematic view (2) of an embodiment of the laminated printed film of the present invention. Figure 11 is a schematic view (3) of an embodiment of the laminated printed film of the present invention. Fig. 12 is a schematic view (4) showing an embodiment of the laminated printed film of the present invention. Figure 13 is a schematic view showing a cutting embodiment of the present invention. Fig. 14 is a schematic view showing the comparison of the pattern positions of the printed film of the present invention. ® [Description of main component symbols] 1···Fenders 11··Preset position 12·. Watermarks 13, 14, 15, 16··Printed films 17, 18 · Graphics a, b, c, d - Dotted line 201024156 2 · · Method 21, 2 2, 2 3 · · Step 3 · · Device 3 1 · · Extruder 3 2 · · Reel device 3 3 · · Positioning device 3 4 · · Cutting device ❿ 4 · · Fenders 40, 4 0' · Plates 400, 405, 406 · · Surface 4 01, 4 0 3 Outer surface · 4 0 2, 4 0 4 · Inner surface 4 1 · · Leading edge 4 2 · · trailing edge _ 5 0, 5 0' · · Printed film 5 1 · · Figure 511 · Reference point P · · · Pitch