101年.06月08日修正替換頁 1,374698 . 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明係關於一種具有平板視窗鏡片之殼體及該殼體之 製造方法。 . 【先前技術】 [0002] 目前消費性電子產品，如手機、個人數字助理 (Personal Digital Assistant ，PDA)、筆記本電 腦等，為滿足消費者對該產品具備影像功能之需求，大 ^ 都裝配有相機模組。為了使該相機模組之相機鏡頭及其 他光學元件受到保護，該相機模組一般置於該電子產品 殼體内部，於該電子產品之殼體上設計一平面視窗鏡片 ，相機模組之相機鏡頭通過該平板視窗鏡片接收光線以 執行影像功能。 [0003] 習知平板視窗鏡片主要包括玻璃鏡片、塑膠鏡片如聚甲 基丙稀酸曱酯（Polymethyl methacrylate，PMMA) 鏡片等。其中玻璃鏡片透光性能好、抗劃傷，然其易破 # 碎、且重量較重。塑膠鏡片具有質輕、耐撞擊、不易破 碎之優點，然其表面硬度不高、易劃傷、且由於材料特 性的關係容易受環境影響光學特性，若要提升其光學特 性或表面硬度，則需於該塑膠鏡片表面進行鍍膜來達成 [0004] 目前常見的平板視窗鏡片之殼體大都採用拆件之方式製 造，即通過粘膠將玻璃鏡片、塑膠鏡片粘接在已經成型 好之殼體上。粘接前，為提升所用鏡片之光學性能，所 用的塑膠鏡片一般都要經過鍍膜。如圖1及圖2所示，具 〇95149(^料號删1 第3頁/共20頁 1013218481-0 1374698 1101年06月〇·8日修正替^] 有平板視窗鏡片之殼體1〇〇包括平板視窗鏡片10、包圍平 板視窗鏡片10之週邊殼體20及粘膠30。平板視窗鏡片10 經過粘膠30與平板視窗鏡片1〇之接合層40粘接，使平板 視窗鏡片10粘接於成型好的週邊殼體20上，從而形成一 具有平面視窗鏡片之殼體。然用此類方法製造具有平面 . 視窗鏡片之殼體存在一定的缺陷’由於平板視窗鏡片10 與週邊殼體20係經過粘膠30連接，易出現平板視窗鏡片 10與週邊殼體20粘接不牢固之現象’且隨著產品的使用 時間增加，粘膠30之粘性減少，平板視窗鏡片1〇可能從 g 週邊殼體20脫落，造成性能不穩定；而且由於粘膠30及 平板視窗鏡片10之接合層40的存在使殼體之厚度增加， 並影響到相機模組之安裝空間，此種具有平板視窗鏡片 之殼體用於安裝相機模組會增加電子裝置體積。另外， 粘膠的存在也使原材料的種類增加，使用拆件的方法組 裝之工序也相對較多。 【發明内容】 [0005] 鑒於上述内容，有必要提供一種結合牢固、且厚度較薄 _ 的具有平板視窗鏡片之殼體》 [0006] —種具有平板視窗鏡片之殼體，該殼體包括平板視窗鏡 片與包容平板視窗鏡片之週邊殼體，所述具有平板視窗 鏡片之殼體由平板視窗鏡片與週邊殼體一體成型而成， 所述週邊殼體包括平面部，所述平面部包括相對設置的 外表面及内表面，所述平板視窗鏡片包括一視窗部及一 由該視窗部外周緣延伸之嚙合部，所述視窗部突出於平 面部之外表面’所述唾合部的底面與平面部之内表面平 09514907^^^^ A〇101 第4頁/共20頁 1013218481-0 1374698 ' 101年.06月08日梭正巷換頁 齊。 [0007] 相較習知技術，本發明採用平板視窗鏡片與週邊殼體一 體成型，相較於習知拆件式組裝的具有平板視窗鏡片之 殼體，具有殼體厚度薄，平板鏡片與殼體連接更牢固且 性能更穩定之優點。 [0008] 相較習知技術，本發明通過採用視窗鏡片與週邊殼體一 體成型之方式，無需使用粘膠，有效地節省了材料，採 用該方法無需再經過組裝之步驟，減少了製造工序，使 • 工藝簡單。 [0009] 【實施方式】 請參閱圖3及圖4，本發明較佳實施例具有平板視窗鏡片 之殼體200包括一平板視窗鏡片1及一週邊殼體2。 . [0010] 該平板視窗鏡片1由聚甲基丙烯酸曱酯鏡片製成，其表面 鍍有抗反射膜，該鏡片之表面硬度可達5H，透光率可達 99%。該平板視窗鏡片1為盤狀體，其包括一視窗部11及 • 與該視窗部11 一體成型之接合部12。該接合部12由該視 窗部11外周緣延伸且其厚度小於視窗部11之厚度，該接 合部12延伸一嚙合部122。所述視窗部11作為與外界接收 與傳送光線之主要視窗，所述接合部12作為平板視窗鏡 片1與週邊殼體2之接合部分。週邊殼體2為塑膠材質，其 包括一平面部21及一侧部22，平面部21包括一外表面 211及一内表面212，平面部21之中部開設一圓形通孔 214，該圓形通孔214之直徑尺寸與平板視窗鏡片1之接合 部12直徑尺寸相當，該平面部21之内表面212開設一圓形 切槽216，該圓形切槽21 6與平板視窗鏡片1之嚙合部122 09514·^^編號 A0101 第5頁/共20頁 1013218481-0 1374698 [0011] [0012] 101年06月08日修正替换頁 尺寸相當且相互配合。該週邊殼艎2與平板視窗鏡片1 一 體成型而成，該平板視窗鏡片1置於該週邊殼體2之圓形 通孔214中’平板視窗鏡片1之接合部12之嚙合部122與 週邊设體2之平面部21之圓形切槽21 6相嚙合。所述具有 平板視窗鏡片之殼體200收容相機模組（圖未示）於其内 部’該相機模組與所述平板視窗鏡片1之位置配合，可達 成相機模組之相機鏡頭藉由該平板視窗鏡片1接收光線以 執行影像功能。 參閱圖5及圖6，本發明另一較佳實施例具有平板視窗鏡 片之殼體400包括一平板視窗鏡片3及一週邊殼體4。 該平板視窗鏡片3由由聚甲基丙烯酸甲酯鏡片製成，其表 面鍍有抗反射膜，該鏡片呈一較薄之盤狀體，其包括一 視®部31及一嚙合部32 ’該嚙合部32由該視窗部31外周 緣延伸且其厚度小於視窗部31之厚度。週邊殼體4為不透 明之塑膠材質，其包括一帶凸環43之平面部41及與該平 面部41 一體成型之側部42 «所述平面部41之中部開設一 圓形通孔44，該圓形通孔44底部開設一圓形切槽414，該 圓幵>通孔44之直徑尺寸與平板視窗鏡片3之視窗部31直徑 尺寸相當◊該平板視窗鏡片3置於該週邊殼體4之圓形通 孔44中，平板視窗鏡片1之嚙合部32與週邊殼體4之圓形 通孔44之圓形切槽414相配合〇所述平面部41之凸環43 用於裝飾週邊殼體4且與週邊殼體4係一體的。該週邊殼 體4與平板視窗鏡片3通過一體成型結合，其中週邊殼體4 之平面部41之厚度與平板視窗鏡片3之厚度相當。 [0013] 09514907^^^^ 綜上所述，本發明中具有平板視窗鏡片之殼體外形不限 Α0101 第6頁/共20頁 1013218481-0 1.374698 「101年06月曰梭正替换^ 於以上兩個實施例所述，其中平板視窗鏡片之材質可以 係多種的，玻璃鏡片、塑膠鏡片材質均可°平板視窗鏡 片之形狀及週邊殼體之形狀也可以為多樣的’如平板視 窗鏡片之厚度大於、等於或小於週邊殼體之平面部之厚 度，平板視窗鏡片可設計成凸狀圓柱體或其他形狀，週 邊殼體可設計成帶有裝飾環或其他形狀。另外，上述施 實例中所述平面部不限制為水準平面’亦可為其他形狀 ，如凸形面或凹形面等。 [0014] 本發明一較佳實施例具有平板視窗鏡片之殼體200，該殼 體200採用嵌入式成犁之方法’也稱模内裝飾鑲嵌成型。 請參閱圖7，該殼體2〇〇成型過程包括以下步驟：提供一 注射模具50，該注射模具50包括一母模52及一與該母模 52配合的一公模51，該母模52開設一模穴522，該公模 51有一模芯512，該公模51之模芯512開設一與該平板視 窗鏡片1形狀和尺寸相當之凹槽514 ;提供一平板視窗鏡 片1，該平板視窗鏡片1可為表層具有AR鍍膜之PMMA鏡片 # ;將該平板視窗鏡片1置於所述公模51之凹槽514内；將 該母模52與該公模51合模，該母模52之模穴522與該公 模51之模芯512構成一模腔524，該模腔524與該週邊殼 體2之形狀和尺寸對應；於上述模腔524内注射熔融之熱 塑性塑膠，該熔融熱塑性塑膠填充所述模腔524，並成型 成所述週邊殼體2，同時所述平板視窗鏡片1與該週邊殼 體2成型為一體；冷卻所述注射模具後開模，將該平板視 窗鏡片1及與其一體成型之週邊殼體2取出，形成具有平 板視窗鏡片1之殼體200。 09514907#單編號 A0101 第7頁/共20頁 1013218481-0 1374698 μοιψ 〇6^ os a [0015]本發明另一較佳實施例具有平板視窗鏡片^殼體40〇 參閱圖8，該殼體400成型過程包括以下步驟：提供—注 射模具60，該注射模具60包括一母模62及一與該母模62 配合的一公模61 ,該母模62開設一模穴622，該公模61 有一模芯612 ;提供一平板視窗鏡片3，該平板視窗鏡片3 由聚曱基丙稀酸曱醋鏡片製成，其表面鑛有抗反射臈； 將該平板視窗鏡片3置於所述公模61之模芯612上，其可 通過真空吸附或其他方式進行定位；將該母模62與該公 模61合模，該母模62之模穴622與該公模61的模芯612構 成/模腔624，該模腔624與該週邊殼體4之形狀和尺寸對 嫌 應，於上述模腔624内注射炫融之熱塑性塑膠，該炫融熱 塑性塑膠填充所述模腔624，並成型成所述週邊殼體4 , 同時所述平板視窗鏡片3與該週邊殼體4成型為一體；冷 卻所述注射模具後開模，將該平板視窗鏡片3及與其一體 成贺之週邊殼體4取出，形成具有平板視窗鏡片3之殼體 4〇〇 0 [0016]採用嵌入式成型方法製造具有平板視窗鏡片之殼體，相 , 較柝件式方法製造具有平板視窗鏡片之殼體，可減少原 讨料之使用，且減少了組裝之工序，經—體成型製造的 具有平板視窗鏡片之殼體組裝於電子裝置上，該殼體可 作為該電子裝置的一部分元件，也可係整個電子裝置之 外殼，該電子裝置裝置的相機模組配置在與平板視窗鏡 片相對應之位置，相機鏡頭通過該平板視窗鏡片接收光 線以執行影像功能。 $外， 針對本發明中採用嵌入式成型之方法製造具有平 09514' 90/一 Α〇ΐ〇ΐ 第8頁/共20頁 1013218481-0 1101^ °6F〇8?^g^i 板視窗鏡片之殼體，其保護範圍可進一步延伸，凡採用 一體成型技術生產具有平板視窗鏡片之殼體在成型工 藝上都可落入本發明之保護範圍，如採用雙色成型技術 生產具有平板視窗鏡片之殼體。 ί〇〇18]综上所述，本發明通過採用平板視窗鏡片與週邊殼體一 體成型之製造方案，使具有平板視窗鏡片之殼體製造工藝 簡單且視窗鏡片與週邊殼體結合牢固、整個殼體厚度較 習知之拆件式組裝之殼體厚度更薄。 【圖式簡單說明】 [0〇19]圖1係習知採用拆件式方式製造之具有平板視窗鏡片之殼 體立體圖； [0020]圖2係圖1中沿π - Π線之剖面示意圖； C〇〇21]圖3係本發明較佳實施例具有平板視窗鏡片之殼體之立體 圖；101. June 08 Revision Replacement Page 1,374698. VI. Description of the Invention: [Technical Field of the Invention] [0001] The present invention relates to a casing having a flat window lens and a method of manufacturing the same. [Previous Technology] [0002] At present, consumer electronic products, such as mobile phones, personal digital assistants (PDAs), notebook computers, etc., are equipped to meet the needs of consumers for imaging functions of the products. Camera module. In order to protect the camera lens and other optical components of the camera module, the camera module is generally disposed inside the electronic product casing, and a planar window lens is designed on the casing of the electronic product, and the camera lens of the camera module is Light is received through the flat window lens to perform an image function. [0003] Conventional flat window lenses mainly include glass lenses, plastic lenses such as polymethyl methacrylate (PMMA) lenses, and the like. Among them, the glass lens has good light transmission performance and scratch resistance, but it is easy to break and is heavy. The plastic lens has the advantages of light weight, impact resistance and non-breaking, but its surface hardness is not high, it is easy to be scratched, and it is easy to be affected by the environment due to the relationship of material properties. To improve its optical properties or surface hardness, it is necessary Coating on the surface of the plastic lens to achieve [0004] The shells of the conventional flat-panel lens are mostly manufactured by means of disassembling, that is, the glass lens and the plastic lens are bonded to the already formed casing by adhesive. Before the bonding, in order to improve the optical properties of the lenses used, the plastic lenses used are generally coated. As shown in Fig. 1 and Fig. 2, there are 〇95149 (^ material number deletion 1 page 3 / total 20 pages 1013218481-0 1374698 1101 June 〇 8 days correction ^) There is a flat window lens case 1〇 The cymbal includes a flat window lens 10, a peripheral housing 20 surrounding the flat window lens 10, and an adhesive 30. The flat window lens 10 is bonded to the bonding layer 40 of the flat window lens 1 through the adhesive 30 to bond the flat window lens 10 Formed on the peripheral casing 20 to form a casing having a flat window lens. However, such a method is used to manufacture a casing having a flat surface lens. The casing lens 10 and the peripheral casing 20 are present. It is connected by the adhesive 30, and the phenomenon that the flat window lens 10 and the peripheral casing 20 are not firmly adhered is easy to occur', and as the use time of the product increases, the viscosity of the adhesive 30 is reduced, and the flat window lens may be from the periphery of g. The housing 20 is detached, resulting in unstable performance; and because of the presence of the bonding layer 40 of the adhesive 30 and the flat window lens 10, the thickness of the housing is increased, and the installation space of the camera module is affected, such a flat window lens. Housing The installation of the camera module increases the size of the electronic device. In addition, the presence of the adhesive also increases the variety of raw materials, and the assembly process using the disassembly method is relatively large. [Invention] [0005] In view of the above, it is necessary to provide A housing having a flat window lens with a strong combination and a thin thickness _ [0006] a housing having a flat window lens, the housing comprising a flat window lens and a peripheral housing containing the flat window lens, The housing having the flat window lens is integrally formed by the flat window lens and the peripheral housing, the peripheral housing including a flat portion, the flat portion including the opposite outer surface and the inner surface, and the flat window lens includes a flat a window portion and an engaging portion extending from an outer periphery of the window portion, the window portion protruding from the outer surface of the flat portion, the bottom surface of the salivating portion and the inner surface of the flat portion are flat 09514907^^^^ A〇101 4 pages/total 20 pages 1013218481-0 1374698 '101. On June 08, the shuttle is changing pages. [0007] Compared with the prior art, the present invention uses a flat window lens and a peripheral casing. The one-piece molding has the advantages of thin casing thickness, stronger connection of the flat lens to the casing and more stable performance than the conventionally assembled housing with the flat window lens. [0008] Compared with the prior art By adopting the method that the window lens and the peripheral casing are integrally formed, the utility model can effectively save the material without using the glue, and the method does not need to be assembled, thereby reducing the manufacturing process and making the process simple. [0009] 3 and 4, a housing 200 having a flat window lens comprises a flat window lens 1 and a peripheral housing 2. [0010] The flat window lens 1 is made of a polymethyl methacrylate lens, and its surface is plated with an anti-reflection film having a surface hardness of 5H and a light transmittance of 99%. The flat window lens 1 is a disk-shaped body including a window portion 11 and a joint portion 12 integrally formed with the window portion 11. The engaging portion 12 extends from the outer periphery of the window portion 11 and has a thickness smaller than the thickness of the window portion 11, and the engaging portion 12 extends an engaging portion 122. The window portion 11 serves as a main window for receiving and transmitting light with the outside, and the joint portion 12 serves as a joint portion between the flat window mirror 1 and the peripheral casing 2. The peripheral housing 2 is made of a plastic material, and includes a flat portion 21 and an inner surface portion 212. The flat portion 21 includes an outer surface 211 and an inner surface 212. A circular through hole 214 is defined in the middle portion of the flat portion 21. The diameter of the through hole 214 is equal to the diameter of the joint portion 12 of the flat window lens 1. The inner surface 212 of the flat portion 21 defines a circular slit 216, and the circular slit 21 6 and the flat window lens 1 are meshed with each other. 122 09514·^^ No. A0101 Page 5 / Total 20 pages 1013218481-0 1374698 [0012] [0012] The revised replacement page size on June 08, 2011 is equivalent and fits each other. The peripheral casing 2 is integrally formed with the flat window lens 1. The flat window lens 1 is placed in the circular through hole 214 of the peripheral casing 2, and the engaging portion 122 of the joint portion 12 of the flat window lens 1 is disposed at the periphery. The circular slots 21 6 of the planar portion 21 of the body 2 are engaged. The housing 200 having a flat window lens houses a camera module (not shown) in its interior. The camera module cooperates with the flat window lens 1 to achieve a camera lens of the camera module. The window lens 1 receives light to perform an image function. Referring to Figures 5 and 6, another embodiment of the present invention having a flat window mirror housing 400 includes a flat window lens 3 and a peripheral housing 4. The flat window lens 3 is made of a polymethyl methacrylate lens, and its surface is plated with an anti-reflection film. The lens is a thin disk-shaped body including a view portion 31 and an engaging portion 32'. The engaging portion 32 extends from the outer periphery of the window portion 31 and has a thickness smaller than the thickness of the window portion 31. The peripheral housing 4 is made of an opaque plastic material, and includes a flat portion 41 with a convex ring 43 and a side portion 42 integrally formed with the flat portion 41. A circular through hole 44 is defined in the middle portion of the flat portion 41. A circular slot 414 is defined in the bottom of the through hole 44. The diameter of the through hole 44 is equivalent to the diameter of the window portion 31 of the flat window lens 3. The flat window lens 3 is placed in the peripheral housing 4. In the circular through hole 44, the engaging portion 32 of the flat window lens 1 cooperates with the circular slit 414 of the circular through hole 44 of the peripheral casing 4, and the convex ring 43 of the flat portion 41 is used to decorate the peripheral casing. 4 and integrated with the peripheral housing 4. The peripheral casing 4 is integrally formed with the flat window lens 3, wherein the thickness of the flat portion 41 of the peripheral casing 4 is comparable to the thickness of the flat window lens 3. 09514907^^^^ In summary, the shape of the casing having the flat window lens of the present invention is not limited to 0101. Page 6/Total 20 pages 1013218481-0 1.374698 "The year of June 101 is replaced by ^ In the two embodiments, the material of the flat window lens can be various, and the shape of the glass lens and the plastic lens can be different from the shape of the flat window lens and the shape of the peripheral casing, such as the thickness of the flat window lens. The flat window lens may be designed as a convex cylinder or other shape, and the peripheral housing may be designed with a decorative ring or other shape, which is greater than, equal to, or smaller than the thickness of the planar portion of the peripheral casing. The flat portion is not limited to a level plane 'may be other shapes, such as a convex surface or a concave surface, etc. [0014] A preferred embodiment of the present invention has a flat window lens housing 200, which is embedded The method of forming a plow is also referred to as in-mold decoration molding. Referring to FIG. 7, the casing 2 forming process includes the following steps: providing an injection mold 50 including a female mold 52 and a The male mold 52 is matched with a male mold 51. The female mold 52 defines a cavity 522. The male mold 51 has a core 512. The core 512 of the male mold 51 is formed to have the same shape and size as the flat window lens 1. a groove 514; a flat window lens 1 is provided, and the flat window lens 1 can be a PMMA lens # having an AR coating on the surface; the flat window lens 1 is placed in the recess 514 of the male mold 51; The mold 52 is clamped with the male mold 51, and the cavity 522 of the female mold 52 and the core 512 of the male mold 51 form a cavity 524 corresponding to the shape and size of the peripheral housing 2; The molten cavity is injected into the cavity 524, and the molten thermoplastic fills the cavity 524 and is formed into the peripheral casing 2, and the flat window lens 1 is integrally formed with the peripheral casing 2; After the injection mold is opened, the flat window lens 1 and the peripheral casing 2 integrally formed therewith are taken out to form a casing 200 having a flat window lens 1. 09514907#单编号A0101 Page 7 of 20 1013218481- 0 1374698 μοιψ 〇6^ os a [0015] Another preferred embodiment of the present invention Having a flat window lens ^ housing 40 〇 Referring to FIG. 8 , the housing 400 molding process includes the following steps: providing an injection mold 60 including a female mold 62 and a male mold mated with the female mold 62 61, the female mold 62 defines a cavity 622, the male mold 61 has a core 612; and provides a flat window lens 3, which is made of polyacrylonitrile phthalate lens, and has a surface mineral Anti-reflective crucible; the flat window lens 3 is placed on the core 612 of the male mold 61, which can be positioned by vacuum adsorption or other means; the female mold 62 is clamped with the male mold 61, the female mold The cavity 622 of the 62 and the core 612 of the male mold 61 constitute a cavity 624. The cavity 624 and the shape and size of the peripheral casing 4 are suspected, and the thermoplastic thermoplastic is injected into the cavity 624. The sleek thermoplastic thermoplastic fills the cavity 624 and is formed into the peripheral casing 4, and the flat window lens 3 is integrally formed with the peripheral casing 4; after the injection mold is cooled, the mold is opened, The flat window lens 3 and the peripheral casing 4 integrally formed therewith are taken out to form a tool Housing with flat window lens 3 4〇〇 [0016] The housing with flat window lens is manufactured by the embedded molding method, and the housing with the flat window lens is manufactured by the method of the upper part, which can reduce the original material. The use and reduction of the assembly process, the housing with the flat window lens manufactured by the body molding is assembled on the electronic device, the housing can be used as a part of the electronic device, or can be the outer casing of the entire electronic device. The camera module of the electronic device device is disposed at a position corresponding to the flat window lens, and the camera lens receives light through the flat window lens to perform an image function. For the purpose of the present invention, the method of insert molding is used to manufacture the flat window 09514' 90/one Α〇ΐ〇ΐ page 8 / total 20 pages 1013218481-0 1101 ^ °6F 〇 8? ^ g ^ i plate window lens The protection range of the casing can be further extended. The casing having the flat window lens by the integral molding technology can fall into the protection scope of the invention in the molding process, such as the production of the shell with the flat window lens by the two-color molding technology. body. In view of the above, the invention adopts a manufacturing scheme in which a flat window lens is integrally formed with a peripheral casing, so that the manufacturing process of the casing with the flat window lens is simple, and the window lens and the peripheral casing are firmly combined, and the whole shell is The thickness of the body is thinner than that of the conventional disassembled assembly. BRIEF DESCRIPTION OF THE DRAWINGS [019] FIG. 1 is a perspective view of a housing having a flat window lens manufactured by a split-type method; [0020] FIG. 2 is a schematic cross-sectional view along the π-Π line in FIG. Figure 3 is a perspective view of a housing having a flat window lens in accordance with a preferred embodiment of the present invention;
[0022] [0023] [0024] [0025] 圖4係本發明 圖5係本發明 立體圖； 圖6係本發明 圖7係本發明 圖3中沿ιν-ΐν線之剖面示意圖； 另一較佳實施例具有平板視窗鏡片之殼體之 圖5中沿VI-VI線之剖面示意圖； 一較佳實施例具有平板視窗鏡片之殼體製造 方法於模具内合模時之剖面示意圖。 [0026] 圖8係本發明另一較佳實施例具有平‘板視窗鏡片之殼體製 造方法於模具内合模時之剖面示意圖。 。 【主要元件符號說明】 1013218481-0 09514907产單編號Α0101 第9頁/共20頁 1374698 [0027] 殼體：100、 [0028] 外表面：211 [0029] 平板視窗鏡片：10 [0030] 内表面：212 [0031] 週邊殼體：20 [0032] 圓形通孔：44、214 [0033] 粘膠：30 [0034] 圓形切槽：216、414 [0035] 接合層：40 [0036] 凸環：43 [0037] 殼體：200、400 [0038] 注射模具：50、60 [0039] 平板視窗鏡片：1、3 [0040] 公模：51、61 [0041] 週邊殼體：2、4 [0042] 母模：52、62 [0043] 視窗部：11、31 [0044] 模芯：512、612 [0045] 接合部：12 09514907#單编號 A〇101 第10頁/共20頁 101年06月0’8日修正替换頁 1013218481-0[0025] FIG. 4 is a perspective view of the present invention; FIG. 6 is a cross-sectional view along line ιν-ΐν of FIG. 3 of the present invention; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 5 is a cross-sectional view taken along line VI-VI of the housing of a flat-panel lens; FIG. 5 is a cross-sectional view showing a method of manufacturing a housing having a flat-panel lens in a mold. 8 is a cross-sectional view showing a method of manufacturing a casing having a flat panel lens in a mold in a mold according to another preferred embodiment of the present invention. . [Main component symbol description] 1013218481-0 09514907 Production order number Α 0101 Page 9 / Total 20 pages 1374698 [0027] Housing: 100, [0028] Outer surface: 211 [0029] Flat window lens: 10 [0030] Inner surface : 212 [0031] Peripheral housing: 20 [0032] Circular through hole: 44, 214 [0033] Adhesive: 30 [0034] Circular grooving: 216, 414 [0035] Bonding layer: 40 [0036] Convex Ring: 43 [0037] Housing: 200, 400 [0038] Injection mold: 50, 60 [0039] Flat window lens: 1, 3 [0040] Male mold: 51, 61 [0041] Peripheral housing: 2, 4 [0042] Master: 52, 62 [0043] Window: 11, 31 [0044] Core: 512, 612 [0045] Joint: 12 09514907 #单号A〇101 Page 10 of 20 Correction replacement page 1013218481-0 on June 0'8
1374698 101年.06月08日按正替換頁 [0046] 凹槽：514 [0047] 嚙合部：32、122 [0048] 模穴：522、622 [0049] 平面部：21、41 [0050] 模腔：524、624 [0051] 側部：22、421374698 101.06.08 Press positive replacement page [0046] Groove: 514 [0047] Engagement: 32, 122 [0048] Cavity: 522, 622 [0049] Plane: 21, 41 [0050] Cavity: 524, 624 [0051] Side: 22, 42
095149Q7#單編號 A_ 第11頁/共20頁 1013218481-0095149Q7#单号 A_ Page 11 of 20 1013218481-0