M295267 八、新型說明： 【新型所屬之技術領域】 本創作係與光學顯Tpc為產品有關，更詳而古之是於 種可提高液晶顯示器產品良率之光學顯示模組結構。 5【先如技術】 因應消費者選講光學顯示器相關產品時係朝輕薄與便 利性方向考量，業者無不投入大量資金與技術研發，期能 開發出更具薄型化與輕量化的產品。 / b 以行動電話為例，其液晶顯示模組體積之大小攸關產 ίο t的薄型化與否。請配合第―、二圖所示之習用液晶顯示 模組1，其包括一液晶面板2、一軟性印刷電路板3、一電 路板4、一導光板5、一光源以及一雙面膠帶7，其中，該 光源為LED(發光二極體)燈6，且該LED燈6設置於軟性 印刷電路板3，軟性印刷電路板3之兩端分別電性連接於液 15晶面板2及電路板4,且該雙面膠帶7連結該導光板5與軟 性印刷電路板3。 〃 然而，在裝配後的測試過程中，經常發現LED燈6所 產生的光並未完全地射入導光板5，造成光的效能利用率降 低，探究其原因發現，除了可能是LED燈ό的裝配定位不 20良因素外，尚可能是軟性印刷電路板3所造成，此係因為 軟性印刷電路板3本身具可撓性，當其受彎折時，即會產 生車人性印刷電路板3回復之反彈力，在反彈力大於雙面膠 帶7之黏著力時，軟性印刷電路板3將無法確實緊密貼附 於$光板5之背光面5b，如第二圖所示，此一情形不僅造 4 M295267 成軟性印刷電路板3及電路板4無法獲得有效固定，更容 易與其它構件相互碰撞，以致產生磨損之虞，造成對準導 光板5入光面5a之LED燈6產生偏位，使光線容易發散， 無法有效進入導光板5，進而造成光的利用效率大幅卩备/ 5並影響產品的壽命與品質。 - 再者，由於雙面膠帶7之黏膠容易受到環境因素如： 溫度、溼度與時間等的影響，而產生變質問題，且受軟性 印刷電路板3反彈力的影響，容易使得該液晶顯示模組工 於長期使用下，其軟性印刷電路板3相對導光板5產生脫 10離現象，有鑒於此，本案創作人乃經詳思細索，並積多年 從事相關產品之研究開發經驗，終而有本創作之產生。 【新型内容】 ^本創作之主要目的在於提供一種光學顯示模組結構， 15係利用一具塑形能力之塑形固化層，以有效定位該軟性印 刷電路板所需的形狀，藉以強化顯示模組之結構穩固性， 並有助於產品良率提升。 緣以達成上述之目的，本創作所提供之一種光學顯示 模組結構包括有一第一電子元件、一第二電子元件、一軟 20性印刷電路板以及一塑形固化層，該軟性印刷電路板一端 電性連接該第一電子元件，另一端電性連接該第二電子元 件，該軟性印刷電路板於該第一電子元件與該第二電子元 件之間形成一彎折部，該塑形固化層固結於該彎折部，用 以固定該、彎折部形狀，藉此，軟性印刷電路板不會因位置 M295267 變動而導致LED燈的發光面與導光板入光面之光學路徑偏 移而降低光學顯示產品之良率。 【實施方式】 5 請參閱第三圖所示，係本創作一較佳實施例之光學顯 示模組結構，前述光學顯示模組結構為一液晶顯示器模組 結構10，其包括有一液晶面板12、一電路板14、一軟性印 刷電路板16、一背光模組18以及一塑形固化層20，其中： 該液晶面板12具有一上玻璃基板12a、一下玻璃基板 10 12b以及密封於該二玻璃基板12a、12b間之液晶材料(圖未 示）。 該電路板14上嵌載各式電子零組件，且具有一導電端 14a 〇 該軟性印刷電路板16為一絕緣材料製成之軟片，本身 15具可撓性，其包括有一外表面Wa與一内表面16b，該軟性 印刷電路板16 —端與該液晶面板12電性連接，另一端係 可設置連接器（圖未示）以供該電路板14之導電端14a連 接。於裝配時，該軟性印刷電路板16被彎折，藉以使得該 電路板14被設置於該液晶面板12下方，以達縮小液晶顯 示模組體積並節省空間之目的，前述軟性印刷電路板Μ並 於彎折處形成一彎折部161。 該背光模組18設於該液晶面板12與該電路板14之 間，包括有一 LED燈22、一導光板24以及一光學膜組26, 該LED燈22設於該軟性印刷電路板16之内表面16b，且 6 M295267 具有一發光面22a ’該導光板24設置於該液晶面板12下 方，其具有一入光面24a面對該發光面22a，導光板24面 對該軟性印刷電路板16内表面16b之一面為一背光面 24b，該導光板24可將該LED燈22所發出之光引導轉向 5 並射向該液晶面板12，此外，於該下玻璃基板12b與該導 光板24之間設有該光學膜組26,其包括有擴散片、增亮片 等光學膜片，而將該導光板24所導出之光線加以擴散並凝 聚，以達到提高液晶面板12所需背光源之輝度與均勻性之 目的0 15 該塑形固化層20原為一以未固化形態存在的塑形材 料，本實施例中係使用熱固化型材料(如：熱固化型環氧樹 脂），其係在軟性印刷電路板16被彎折，且軟性印刷電路板 之内表面16b貼近導光板24之背光面24b時，透過塗覆 的方式依附在違言折部161處之外表面，後續經一加熱 耘序使忒熱固化型材料固化，據以形成一定形部2〇a，如第 f圖所示，該定形部20a—側緣接近該彎折部161的頂緣， 定形部施之另-娜則接近該彎折部161的底緣，如此 將使該_折部161形狀受該歸固化層2G之定位，達到軟 性印刷電路板16及其連接之電路板14定位確實，進而避 免與其他構件互相碰撞而導致磨損，且供LED燈22所發 奋2 =有效地射入導光板24 ’使得LED燈22之光源能 刀被利用^夜晶顯示產品之輝度也將相對提升。 他：二二 ==其 20 M295267 而為固化之uv固化型材料(如：壓克力系之uv膠材），又 如添加有硬化劑之膠材等。 請續參照第四圖所示之本創作另一較佳實施例之液晶 顯示模組結構30，為使軟性印刷電路板32之内表面32a 5能更穩固地貼附於導光板34之背光面34a，在本實施例中 之塑形固化層36包括有一黏附於彎折部321之定形部 36a，以及一接續該定形部36&之延伸部36b，該延伸部3沾 沿該軟性印刷電路板32外表面32b呈包覆狀設置，且連伸 至接近電路板38,藉此，塑形固化層36能更為有效的定位 1〇 該軟性印刷電路板32。 畐然’在上述各實施例之液晶顯示模組結構、3〇， 可於導光板24與軟性印刷電路板ι6、導光板从與軟性印 ，電路板32之間，分別增設雙面膠帶40以黏接彼此，如 ，五、六圖所示，且配合本案之塑形固化層20、36，而更 15能有效定位軟性印刷電路板16、32，以達到雙重定位之效 果。 ;由上述可知’本創作之塑形固化層20、36能有效定型 幸人ϋ印刷電路板16、32，以減少軟性印刷電路板、Μ 相對導光板24、34脫離，且配合雙面膠帶4〇之增設，更 20形成有雙重之定位效果；不同於前述習用液晶顯示模組結 構1，僅以雙面膠帶7(參照第一、二圖)黏固軟性印刷電路 板3之局部，而容易因黏著不確實及雙面膠帶受環境因素 的影響，所衍生定位不良之缺失。 以上所述為本創作之較佳可行實施例而已，故舉凡應 M295267 用本創作說明書及申請專利範圍所為之等效結構變化，理 應包含在本創作之專利範圍内。 M295267 【圖式簡單說明】 第一圖係習用液晶顯示模組結構之側視示意圖。 第二圖係習用液晶顯示模組結構之雙面膠帶黏著不良 之侧視示意圖。 第三圖係本創作一較佳實施例之示意圖。 第四圖係本創作另一較佳實施例之示意圖。 第五圖係本創作又一較佳實施例之側視示意圖。 第六圖係本創作再一較佳實施例之側視示意圖。 M295267 【主要元件符號說明】 10 液晶顯不為核組結構 12 液晶面板 12a 上玻璃基板 12b 下玻璃基板 5 14 電路板 14a 導電端 16 軟性印刷電路板 16a 外表面 16b 内表面 161 彎折部 18 背光模組 20 塑形固化層 20a 定形部 10 22 LED燈 22a 發光面 24 導光板 24a 入光面 24b 背光面 26 光學膜組 30 液晶顯示器模組結構 15 32 軟性印刷電路板 32a 内表面 32b 外表面 321 彎折部 34 導光板 34a 背光面 36 塑形固化層 36a 定形部 36b 延伸部 20 38 電路板 40 雙面膠帶M295267 VIII. New Description: [New Technology Field] This creation department is related to optical display Tpc. More specifically, it is an optical display module structure that can improve the yield of liquid crystal display products. 5 [First as technology] In response to the consideration of lightness and convenience in the selection of optical display related products, the industry has invested a lot of money and technology research and development, and has been able to develop products that are thinner and lighter. / b Taking a mobile phone as an example, the size of the liquid crystal display module is related to the thinness of the production. Please cooperate with the conventional liquid crystal display module 1 shown in the first and second figures, which comprises a liquid crystal panel 2, a flexible printed circuit board 3, a circuit board 4, a light guide plate 5, a light source and a double-sided tape 7. The light source is an LED (Light Emitting Diode) lamp 6, and the LED lamp 6 is disposed on the flexible printed circuit board 3. The two ends of the flexible printed circuit board 3 are electrically connected to the liquid 15 crystal panel 2 and the circuit board 4, respectively. And the double-sided tape 7 connects the light guide plate 5 and the flexible printed circuit board 3. 〃 However, during the post-assembly test, it is often found that the light generated by the LED lamp 6 is not completely incident on the light guide plate 5, resulting in a decrease in the efficiency of light utilization. It is found that in addition to the LED lamp ό The assembly positioning is not a good factor. It may be caused by the flexible printed circuit board 3. This is because the flexible printed circuit board 3 itself has flexibility. When it is bent, it will produce a human-made printed circuit board 3 reply. The rebound force, when the rebound force is greater than the adhesion of the double-sided tape 7, the flexible printed circuit board 3 will not be able to be closely attached to the backlight surface 5b of the light panel 5, as shown in the second figure, this situation not only creates 4 M295267 The flexible printed circuit board 3 and the circuit board 4 cannot be effectively fixed, and it is more likely to collide with other components, so that the wear and tear may occur, causing the LED lamp 6 aligned with the light incident surface 5a of the light guide plate 5 to be offset, so that the light is scattered. It is easy to diverge and cannot effectively enter the light guide plate 5, thereby causing a great utilization of light utilization efficiency and affecting the life and quality of the product. - Furthermore, since the adhesive of the double-sided tape 7 is easily affected by environmental factors such as temperature, humidity, and time, deterioration problems occur, and the liquid crystal display mode is easily affected by the repulsive force of the flexible printed circuit board 3. In the long-term use, the soft printed circuit board 3 is separated from the light guide plate 5. In view of this, the creator of the case has been carefully researched and accumulated years of experience in research and development of related products, and finally There is a creation of this creation. [New Content] ^ The main purpose of this creation is to provide an optical display module structure. The 15 Series utilizes a shaping and curing layer to shape the shape required for the flexible printed circuit board, thereby enhancing the display mode. The structure of the group is stable and contributes to the improvement of product yield. In order to achieve the above object, an optical display module structure provided by the present invention comprises a first electronic component, a second electronic component, a soft 20 printed circuit board and a plastic cured layer, the flexible printed circuit board. One end is electrically connected to the first electronic component, and the other end is electrically connected to the second electronic component. The flexible printed circuit board forms a bent portion between the first electronic component and the second electronic component, and the shaping is cured. The layer is fixed to the bent portion for fixing the shape of the bent portion, whereby the flexible printed circuit board is not displaced by the position M295267, and the optical path of the LED light emitting surface and the light incident surface of the light guide plate is not shifted. And reduce the yield of optical display products. [Embodiment] 5 is a structure of an optical display module according to a preferred embodiment of the present invention. The optical display module structure is a liquid crystal display module structure 10, which includes a liquid crystal panel 12, a circuit board 14, a flexible printed circuit board 16, a backlight module 18, and a molded solidified layer 20, wherein: the liquid crystal panel 12 has an upper glass substrate 12a, a lower glass substrate 10 12b, and a sealed glass substrate Liquid crystal material between 12a and 12b (not shown). The circuit board 14 is embedded with various electronic components and has a conductive end 14a. The flexible printed circuit board 16 is a film made of an insulating material. The flexible 15 itself has flexibility, and includes an outer surface Wa and a The inner surface of the flexible printed circuit board 16 is electrically connected to the liquid crystal panel 12, and the other end of the flexible printed circuit board 16 is provided with a connector (not shown) for connecting the conductive ends 14a of the circuit board 14. During the assembly, the flexible printed circuit board 16 is bent, so that the circuit board 14 is disposed under the liquid crystal panel 12, so as to reduce the volume of the liquid crystal display module and save space, the foregoing flexible printed circuit board is folded. A bent portion 161 is formed at the bend. The backlight module 18 is disposed between the liquid crystal panel 12 and the circuit board 14 and includes an LED lamp 22, a light guide plate 24, and an optical film group 26. The LED lamp 22 is disposed in the flexible printed circuit board 16. The surface 16b and the 6 M295267 have a light-emitting surface 22a. The light guide plate 24 is disposed under the liquid crystal panel 12, and has a light-incident surface 24a facing the light-emitting surface 22a. The light guide plate 24 faces the flexible printed circuit board 16. One surface of the surface 16b is a backlight surface 24b, and the light guide plate 24 can guide the light emitted by the LED lamp 22 to the liquid crystal panel 12, and between the lower glass substrate 12b and the light guide plate 24. The optical film set 26 includes an optical film such as a diffusion sheet and a brightness enhancement sheet, and the light guided by the light guide plate 24 is diffused and agglomerated to improve the brightness and uniformity of the backlight required for the liquid crystal panel 12. Purpose of the object 0 15 The shaped solidified layer 20 is originally a shaped material in an uncured form. In this embodiment, a heat-curable material (such as a thermosetting epoxy resin) is used, which is used for soft printing. The circuit board 16 is bent and the flexible printed circuit When the inner surface 16b is adjacent to the backlight surface 24b of the light guide plate 24, it is adhered to the outer surface of the folded portion 161 by coating, and then the heat-curable material is solidified by a heating process to form a certain shape. a portion 2〇a, as shown in Fig. f, the side portion of the shaped portion 20a is close to the top edge of the bent portion 161, and the shaped portion is applied to the bottom edge of the bent portion 161, so that The shape of the folded portion 161 is positioned by the solidified layer 2G, and the flexible printed circuit board 16 and the circuit board 14 connected thereto are positioned accurately, thereby avoiding collision with other members to cause wear, and the LED lamp 22 is excited. 2 = Effectively entering the light guide plate 24' so that the light source of the LED lamp 22 can be utilized. The brightness of the product of the night crystal display will also be relatively increased. He: 22 == 20 M295267 is a cured uv-curable material (such as acrylic uv glue), such as rubber with hardener added. Referring to the liquid crystal display module structure 30 of another preferred embodiment of the present invention, the inner surface 32a 5 of the flexible printed circuit board 32 can be more firmly attached to the backlight surface of the light guide plate 34. 34a, the shaped solidified layer 36 in this embodiment includes a shaped portion 36a adhered to the bent portion 321 and an extended portion 36b that continues the shaped portion 36& the extended portion 3 is adhered along the flexible printed circuit board The outer surface 32b is provided in a wrap and is attached to the circuit board 38, whereby the shaped solidified layer 36 can more effectively position the flexible printed circuit board 32. The double-sided tape 40 can be additionally disposed between the light guide plate 24 and the flexible printed circuit board ι6, the light guide plate and the flexible printed circuit board 32, respectively, in the liquid crystal display module structure of the above embodiments. Bonding to each other, as shown in Figures 5 and 6, and in combination with the shaped cured layers 20, 36 of the present invention, and 15 can effectively position the flexible printed circuit boards 16, 32 to achieve the effect of dual positioning. It can be seen from the above that the molded solidified layers 20 and 36 of the present invention can effectively shape the printed circuit boards 16, 32 to reduce the soft printed circuit board, the detachable relative to the light guide plates 24, 34, and the double-sided tape 4 The addition of 20 sets a double positioning effect; unlike the conventional liquid crystal display module structure 1, only the double-sided tape 7 (refer to the first and second figures) is adhered to a part of the flexible printed circuit board 3, which is easy to cause The adhesion is not correct and the double-sided tape is affected by environmental factors, and the lack of positioning is poor. The above is a preferred embodiment of the present invention, and it is intended that the equivalent structural changes of the present invention and the scope of the patent application should be included in the scope of the present patent. M295267 [Simple description of the drawing] The first figure is a side view of the structure of the conventional liquid crystal display module. The second figure is a side view showing the adhesion of the double-sided tape of the conventional liquid crystal display module structure. The third figure is a schematic diagram of a preferred embodiment of the present invention. The fourth drawing is a schematic view of another preferred embodiment of the present creation. The fifth drawing is a side view of another preferred embodiment of the present invention. Figure 6 is a side elevational view of still another preferred embodiment of the present invention. M295267 [Main component symbol description] 10 LCD display is not a nuclear group structure 12 Liquid crystal panel 12a Upper glass substrate 12b Lower glass substrate 5 14 Circuit board 14a Conductive end 16 Flexible printed circuit board 16a External surface 16b Inner surface 161 Bending portion 18 Backlight Module 20 shaped solidified layer 20a shaped portion 10 22 LED lamp 22a light emitting surface 24 light guide plate 24a light incident surface 24b backlight surface 26 optical film group 30 liquid crystal display module structure 15 32 flexible printed circuit board 32a inner surface 32b outer surface 321 Bending portion 34 Light guide plate 34a Back surface 36 Shaped solidified layer 36a Shaped portion 36b Extension portion 20 38 Circuit board 40 Double-sided tape