200419298 五、發明說明⑴ "—1 一、 發明所屬之技術領域 本^明疋應用在豕庭用攝影機（video camera)上， 攝像元件之攝像裝置及該製造技術領域。 二、 先前技術 傳統之攝像裝置乃是將攝像元件用陶瓷封裝而成，關 封裝，在内部設有金線結合承載片（Wire Bonding ^接^輸電氣訊m卜部設有與主基板做機械性及電 巧接'，之端子，此外在攝像元件上也設有金線結合承載 片（wlre Bonding Pad)，將其黏貼在陶瓷封 ，缺赖 IT瓷Ϊ裝與攝像元件結合。此外更進- 陶瓷“ 上加=層玻璃，即便完成一個攝像元-。 是封裝 之姓Ξ似以上敘述之陶瓷封裝之攝像元件，均是使用前、f 之鈿子，與有配線設計格式之主 使用刖述 鏡，是固定在塑膠材質之透鏡筒：板古另外關於透 完成攝像裝置。 正確位置’依照以上之程序來 上述之傳統攝像裝置，均是將攝 2相:之元件及製造過程均會複雜二ί = ，在裝’加上當要固 2，透鏡筒必會隨之變大。另：因透攝像元件 、、Ό a ，因此攝像裝置整體將會大型化。〃埼而與主基板相 第5頁 200419298 五、發明說明（2) 該攝ί : Ϊ決以上之問題，有另一習用的攝像裝置產生， 2^Φ J之攝像元件不是直接以陶瓷封裝，而是直接結 二人：t =板，除此之外，該透鏡筒將覆蓋攝像元件，直接 =二& 土板上，依照這樣的結構，可以減少零件及製造工 二二，不需前面敘述之陶瓷封裝，端子，及玻璃蓋即可 完成。 但 度造成 基板需 之接續 隨之複 ，攝像 在習用 基板與 分之位 鏡的光 因 品品質 步地_提 致之攝 三、發 習用之 大型化 合承載 像元件 時間也 像中心 置裡， 部分， 會影響 置一致 明之課 料及生 整攝像 其製造 決因主 攝像元 Pad X 之結合 外，在 光線焦 之結合 合部分 件成像 正確位 之問題 置小型 鏡的光 疋，上述 攝像裝置 以金線結 ’隨著攝 雜，作業 元件之成 的攝像裝 透鏡結合 置偏差均 線焦點位 此，本發 ，降低材 供較易調 像裝置及 明内容 攝像裝置 之問題’ 片（wire 接續點增 變得冗長 需正確的 攝像元件 以及透鏡 到前面提 ，無法輕 題是為了 產成本， 元件成像 方法。 ，無法解 另外，因 Bonding 加，所需 。除此ξ之 與透鏡之 與主基板 與鏡蓋結 到攝像元 易地校整 解決前述 將攝像裝 中心與透 基板之厚 件與主基 來作電氣 工程數也 攝像裝置、 點對齊， 部分，主 ，3個部 中心與透 置。 ，維持產 化’進一 線焦點一 本舍月之主要目的，係在提供一種減少零件盘減少製 造工程^攝像裝置及製造方法者。 。 本毛月之次要目的，係在提供一種大幅縮減體積，將200419298 V. Description of the invention " -1 I. Technical field to which the invention belongs This application is applied to a video camera, a camera device for an image pickup element, and the field of manufacturing technology. 2. The traditional camera device of the prior art is made by packaging the camera element with ceramic, the package is closed, and a gold wire bonding carrier (Wire Bonding) is provided inside. The transmission unit is mechanically connected to the main substrate. And electrical connection, the terminal, in addition to the camera element is also provided with a gold wire bonding pad (wlre Bonding Pad), which is adhered to the ceramic seal, lack of IT porcelain outfit and camera element combination. In addition, more- Ceramic "+ layer glass, even if a camera element is completed. It is the last name of the package, like the ceramic packaged camera elements described above, all before use, f's son, and the main use of the wiring design format description The mirror is a lens barrel fixed in plastic material: Ban Gu also refers to the complete camera device. The correct position of the traditional camera device according to the above procedure is to take two phases: the components and the manufacturing process will be complicated. ί =, when the lens is installed, and when it is to be fixed 2, the lens barrel will become larger. In addition: because the camera element is transparent, Όa, the entire imaging device will be enlarged. Page 20041 9298 V. Description of the invention (2) The above problem: The above-mentioned problem is solved by another conventional camera device. The camera element of 2 ^ Φ J is not directly packaged with ceramics, but directly with two people: t = board In addition, the lens barrel will cover the imaging element, directly = two & soil plate. According to this structure, the number of parts and manufacturing processes can be reduced. The ceramic package, terminals, and glass cover described above are not required. It can be completed. However, the degree of continuity caused by the substrate needs to be repeated, and the quality of the photometric products on the conventional substrate and the position mirror is step by step. Part of the camera will affect the course materials and the production of the camera. The manufacturing depends on the combination of the main camera unit Pad X, and the problem of the correct position of the components in the combination of light and focus. The device is tied with a gold wire. As the lens is mixed, the camera lens of the working element is combined with the deviation mean line focus position. This invention reduces the material supply and makes it easier to adjust the device and the light. The problem of the camera device 'film (wire connection point becomes verbose and requires the correct camera element and lens to be mentioned before. The problem cannot be solved because of the production cost and the element imaging method. It cannot be solved. In addition, because of bonding, it is required. The ξ and the lens are connected to the main substrate and the mirror cover to the camera unit to easily adjust the solution. The aforementioned thick parts of the camera mounting center and the transparent substrate and the main base are used for electrical engineering. The camera device and points are aligned. The central purpose of the three ministry departments and the translocation is to maintain the focus of production and production, and the main purpose of this month is to provide a method to reduce the number of parts, reduce the manufacturing process, the camera device, and the manufacturing method. . The secondary purpose of this gross month is to provide a substantial reduction in volume that will
200419298 五、發明說明（3) 攝像裝置小 本發明 及間易化之 本發明 成像中心 法者。 為達上 1 、利用模 元件之 2、 將鏡台 融化焊 式，以 3、 於攝像 攝像元 結合。 4、 將濾光 5、 再將透 鏡蓋與 n 如此， 光器、 體 件所構成， 件數目及製 本發明 詳細說明中 型化之攝像裝置及製造方法者。 之又一目的，係在提供一種可將製造程序自動 攝像裝:置及製造方法者。 之再一目的，係在提供一種以更高精度來調整 光線焦點的位置密合狀況之攝像裝置及製造方 述之目的，本發明之方法係包括下列步驟： /治具成型製造出鏡台座，其係具有收容攝像 台座部，與收納鏡之鏡筒部。 座的台座部内利用熱風迴，（利用蒸氣之高溫 鍚並馬上旋固）方式組合成多數的配線設計格 令台座部内底面便形成幅度較寬的接觸部。 凡件的攝像面之該邊設有結合承戴片，同時令 件的攝像面的成像中心與光線焦點一致並進行 器進行黏貼接著於鏡台座的鏡筒部内。 鏡嵌入鏡台座已置入濾光器的鏡筒部内，再將 鏡座台進行嵌合接著。 =組合成型攝像裝置，其係由鏡蓋、透鏡、濾 成型具有鏡筒部與台座部的鏡台座以及攝像元 即不需使用過去的陶瓷封裝方式，並可零 造流程。 之其他特點及具體實施例可於以下配合附圖之 ，進一步瞭解。200419298 V. Description of the invention (3) Small camera device The present invention and the facilitation of the imaging center of the present invention. In order to achieve 1, use the mold component 2, melt the welding stage, and 3, combined with the camera element. 4. Filter 5. The lens cover and n are the same. The optical device, the body, the number of pieces, and the manufacturing method are described in detail. This invention describes a medium-sized imaging device and a manufacturing method in detail. Yet another object is to provide a camera and a manufacturing method capable of automatically manufacturing a process. Yet another object is to provide a camera device and a manufacturing method for adjusting the positional closeness of the focal point of light with higher accuracy. The method of the present invention includes the following steps: It is provided with a camera base and a lens barrel. In the base part of the base, hot air is returned (using the high temperature of steam and immediately screwed) to form a majority of wiring design patterns, so that the bottom surface of the base part forms a wide contact portion. A binding support sheet is provided on the side of the imaging surface of each piece, and at the same time, the imaging center of the imaging surface of the piece is aligned with the focal point of the light, and the actuator is adhered to the lens barrel portion of the mirror base. The mirror is inserted into the lens barrel of the filter, and the lens holder is fitted. = Combined molding camera device, which is formed by the lens cover, lens, and filter. The mirror pedestal and camera unit with lens barrel and pedestal are formed without using the ceramic packaging method in the past, and the process can be fabricated. Other features and specific embodiments can be further understood in conjunction with the drawings below.
第7頁 200419298 五、發明說明（4) 四、實施方式 請參第1圖’本發明之第1實施例的攝像裝置1 ，包 含：鏡蓋2、透鏡3、濾光器4、鏡台座5 A及攝像元件 7 ，其中該鏡蓋2圓心部設有一光圈2 1 ，而其内部，如 圖2所示’設有能將透鏡3嵌入的第一彼合凹部2 2，以 及能將鏡台座5上方鏡筒部5 1嵌入的第二嵌合凹部2 3 ’該透鏡3與第一嵌合凹部2 2之嵌合側形成了平面狀 (係透鏡3之上方），而於與攝像元件7相向側的部份則 形成凸面狀（係透鏡3之下方），但第2圖所示的透鏡3 及第一嵌合凹部2 2的形狀僅為一例f，其它種種形狀也 都可以採用。 ' 该滤光器4大致設為矩形濾光器，被接著安裝於鏡台 座5之濾光器支撐部5 4，再者濾光器4的形狀並不限定 於矩形，任何適合的形狀皆可採用。 因此 1的 大小 做為 側底 支撐 筒部 部5 凹槽 該鏡台座5係為與鏡 以及台 鏡蓋2 部5 1 與鏡筒 上緣5 相同， 嵌合透 部係水 部5 4 5 1下 6連通 以形成 部5 1 2係與 在鏡筒 鏡3的 平延伸 ’而該 方一體 之連通 攝像元 鏡支持 一凸唇 濾、光器 成型連 孔，在 件收容 蓋2相 座部5 的第二 的内側 部5 3 ，故形 支撐部 設的台 鏡台座 部5 6 同的耐熱塑膠材 5為一體 嵌合部2 上方設一 ，另外在 成支撑濾 5 4中央 座部5 5 5的台座 ，在此攝 成型， 3後合 道凹緣 鏡筒部 光器4 之穿孔 之攝像 部5 5 像元件 買製成 鏡筒部 的形狀 ’形成 5 1的 的濾光 ’則與 元件收 内，設 收容部Page 7 200419298 V. Description of the invention (4) 4. For implementation, please refer to FIG. 1 'The camera device 1 of the first embodiment of the present invention includes: a lens cover 2, a lens 3, a filter 4, a mirror stage 5 A and the imaging element 7, wherein the lens cover 2 is provided with an aperture 2 1 at the center of the circle, and the inside of the lens cover 2 is provided with a first concave recess 22 capable of inserting the lens 3 as shown in FIG. 5 Upper lens barrel portion 5 1 The second fitting recessed portion 2 3 3 'The fitting side of the lens 3 and the first fitting recessed portion 2 2 is formed in a flat shape (above the lens 3), and is in contact with the imaging element 7 The parts on the opposite side are convex (below the lens 3), but the shape of the lens 3 and the first fitting concave portion 22 shown in FIG. 2 is just an example f, and other shapes can also be used. 'The filter 4 is generally a rectangular filter, and is then mounted on the filter support portion 5 4 of the mirror pedestal 5. Furthermore, the shape of the filter 4 is not limited to a rectangular shape, and any suitable shape may be used. use. Therefore, the size of 1 is used as the groove of the bottom support tube portion 5 and the mirror base 5 is the same as the mirror and the mirror cover 2 5 1 is the same as the upper edge 5 of the lens barrel, and the fitting part is the water part 5 4 5 1 The lower 6 communicates with the forming part 5 1 2 and the flat extension of the lens barrel lens 3, and the one-piece connected camera element mirror supports a convex lip filter and an optical device forming connecting hole. The second inner part 5 3 is a mirror support base part 5 6 provided in the shape support part. The heat-resistant plastic material 5 is an integral fitting part 2 and one is located above the support filter 5 4 central base part 5 5 5 The pedestal is photographed here, and the 3 rear-recessed recessed lens barrel part of the optical unit 4 of the perforated camera part 5 5 image element is purchased to make the shape of the lens barrel part 'forming a filter of 5 1' with the element. Containment Department
第8頁 200419298 五、發明說明（5) Θ上，攝像元件7的攝像面 0 光線焦點〇C略垂直的姿勢 ’疋由以相對於透鏡3的 及圍繞於此攝像元件接=面】向的攝，元件接合面57， 周面5 8所形成，在前^的摄I上所安裝之攝像元件的内 電鍍或熱風迴焊的方式形成 凡件接合面5 7上，藉由 格式6，另外第5圖為從第數配線設計 攝像元件收容部5 6所得的底所不的前頭A方向觀察 6不僅延伸到固態攝元件接^ 此外，配線設計格式 8及台座部底面，以如此方，^ 7 ’也延伸到内周面5 面上形成了寬闊的接觸部6 ;，U觫:寺別是在台座部底 台座部5 5的外周面方式形成。μ ，4 6 1係以延伸到 該攝像元件7於中央部々ν π二、μ 7 1的端部附近，用一般稱：‘塊面7 1、:在攝像面 ，再利用複數結合用承载片以來点 Ρ)的導電性部材 前配線設計格式6的位結‘ =了 S承載片7 2，並與 請參第Θ圖，係為本發明之製造流 第一步驟：係將攝像元件的接合面5 向田 攝像元件的收容部5 6 内周面5 8作為 ” 5 3等鏡台』5後，利備齊鏡支撐部 造。 & ^ /治具成型進行製 第二步驟 係將前述攝像元件的接 以及台座部底面，利用φ 57及内周面58 人丄々 &面矛用電鍍或埶風远j、度古斗、a 合成多數的配線設計袼式二士、烊方式組 部底面便形成幅度t 蚪，置於台座 从μ沒权覓的接觸部Page 8 200419298 V. Description of the invention (5) On Θ, the imaging surface 0 of the imaging element 7 0 The focal point of the light OC is slightly perpendicular to the posture '疋 is oriented relative to the lens 3 and surrounds the imaging element = surface] The component joint surface 57 and the peripheral surface 5 8 are formed, and the camera element mounted on the front camera I is formed on the joint surface 5 7 by internal plating or hot air re-soldering. Fig. 5 is a view from the front A direction obtained by the first wiring design camera element accommodating portion 56. 6 not only extends to the solid-state image sensor connection ^ In addition, the wiring design format 8 and the bottom surface of the pedestal portion, in this way, ^ 7 'also extends to the inner peripheral surface 5 to form a wide contact portion 6; U 觫: The temple is formed on the outer peripheral surface of the base portion 5 5 of the base portion. μ, 4 6 1 is extended to the vicinity of the end of the imaging element 7 at the central part 々ν π 二, μ 7 1 and is generally called: 'block surface 7 1: on the imaging surface, and then use a combination of multiple to carry The connection point of the front wiring design format 6 of the conductive member at point P) '= the S carrier sheet 7 2 and the same as shown in FIG. Θ are the first step of the manufacturing flow of the present invention: Joining surface 5 The housing part 5 of the camera lens 5 6 The inner peripheral surface 5 8 is used as the "5 3 and other stage" 5 and is made by the mirror support part. &Amp; ^ / The molding of the jig is performed in the second step. The connection of the components and the bottom surface of the pedestal are made of φ 57 and the inner peripheral surface of 58 people. The surface spear is plated with electroplating or 埶 Fuyuan j, Du Gudou, a combination of most of the wiring design. The amplitude t 幅度 is formed on the bottom surface, and it is placed on the contact part where the platform has no right to look for from μ.
第9頁 200419298 五、發明說明（6) *---- 第三步驟··攝像元件7的攝像面7丄的成像中心與光線焦 點〇c 一致後，再決定攝像元件7的位置，再 利用被稱為金線接合承栽片（wire Bonding Pad ) _的方式進行結合；在這些方式中，首先將 攝像元件7的每個結合承載片7 2與配線設計 =，Θ做連結，接著再於攝像元件7與各配線 成计格式6之間注入具不同方向導電性黏膠， 然後進行加熱使封止黏膠硬化進而收縮，讓攝 像元件7與配線設計袼式6形成物理性固定， 因此在實施型態上，不用幸線接合承載片（ wire Bonding Pad )而轉用倒裝晶片接合（ Filp Chip Bonding)的方式，可使攝像元件 7的鏡台座5轉換成自動化生產。 第四步驟：在鏡台座5的濾光器支撐部5 4上，將濾光器 4進行黏貼接著。 第五步驟：鏡台座5的鏡筒部51内嵌入透鏡3,再將鏡 蓋2與鏡座台5進行嵌合接著。 如此一來，組合成型的攝像裝置i就如第3、4圖所 示β其係由鏡蓋2、透鏡3、渡光器4、_體成型具有鏡 筒部5 1與台座部5 5的鏡台座5以及攝像元件7所構成 ，如其，即不需使用過去的陶瓷封裝的方式，並可減少零 件數目及製造流程。 上，只要直接將 而該個配線設計 再者，攝像元件7不需要結合在基板 配線設計格式6設計置放於台座部底面，Page 9 200419298 V. Description of the invention (6) * ---- Third step ... After the imaging center of the imaging surface 7 丄 of the imaging element 7 and the light focus oc are consistent, determine the position of the imaging element 7 and reuse it. These methods are called wire bonding pads. In these methods, each of the bonding element 7 2 of the camera element 7 is first connected to the wiring design =, Θ, and then Electrically conductive adhesives with different directions are injected between the imaging element 7 and each of the wiring patterns 6, and then the sealing adhesive is hardened and then shrunk by heating, so that the imaging element 7 and the wiring design mode 6 are physically fixed, so In the implementation type, the method of changing to a flip chip bonding (Wire Bonding Pad) without using wire bonding pads can convert the mirror base 5 of the camera element 7 into automated production. Fourth step: the filter 4 is adhered to the filter support portion 54 of the mirror base 5. Fifth step: The lens 3 is embedded in the lens barrel portion 51 of the mirror base 5, and the mirror cover 2 and the mirror base 5 are fitted together. In this way, the combined imaging device i is as shown in Figs. 3 and 4. β is formed by a lens cover 2, a lens 3, a light beam 4, and a body having a lens barrel portion 51 and a base portion 55. The mirror base 5 and the imaging element 7 are constituted. As such, the conventional ceramic packaging method is not required, and the number of parts and the manufacturing process can be reduced. On the other hand, as long as the wiring design is directly added, the imaging element 7 does not need to be combined with the substrate and the wiring design format 6 is designed to be placed on the bottom surface of the pedestal.
200419298 的成像 於攝像 鏡蓋2 用更南 焦點〇 中心Μ 留此部 位置， 致的方 可以一 ，已針 不被此 可以， 蓋與鏡 成0 中f與 元件7 與内部 的精度 C的位 c與光 份’而 這也是 式，不 開始就 對鏡蓋 例侷限 這樣的 台座， 光線焦 與台座 之鏡3 來調整 置密合 線焦點 使缚像 使攝像 過鏡台 讓它一 2和鏡 » 口 Η V、疋 狀況下 然後在 五、發明說明（Ό 格式6因為有結合承載片7 需使用習用的印刷基板，這 主要因素，特別是如第3圖 接觸部6 1部份成型在台座 的構造般，將鏡台座5貼附 這更顯示出本發明攝像裝置 又因為攝像裝置1與配 晶片接合（F i 1 p Ch i p Bond 此工程给自動化及簡易化。 不止如此，攝像元件7 位置密合精度上，由於取決 接合，以及鏡筒座5 1外之 置上，因此與過去相比，可 度(Image Sensor )與光線 請再參第5圖，鏡台座 相吻合的，但是因事先已預 決定鏡台座中心]V[ C的正確 成像中心與光線焦點〇C 一 C與光線焦點〇c的設計也 再者，在本實施型態上 例做個別形成的說明，但並 蓋2和鏡台座5 —體成型也 透鏡3黏貼在一體成型的鏡 進行配線設計格式6便可完 2 像元件7給貼住，故不 也疋策劃攝像裝置1小型化之 所示，因為配線設計格式6的 ，ί面，所以不必像過去產品 在攝像裝置的印刷電路板上， 1小型化的重點。 線設計格式6的接著是以倒裝 的方式進行，因此更可將 點〇C的 部5 5的 二處的位 成像敏感 狀況。 〇 C是不 元件7可 元件7的 座中心Μ 致。 台座5舉 要申明鏡 ，首先將 鏡台座上The image of 200419298 is on the camera lens cover 2. Use the more southward focus, center M, and leave this part in place. The same method can be used, but the needle ca n’t be used. The cover and mirror are set to 0, f, component 7 and internal accuracy C. c and light 'and this is also the type, and the mirror cover is not limited to such a pedestal at the beginning. The light focus and the mirror of the pedestal 3 are used to adjust the focal point of the close line so that the bound image is caused to pass through the stage and let it 2 and the mirror » Under the conditions of V and 疋, then in the description of the invention (Ό Format 6 requires the use of a conventional printed substrate because of the combination of the carrier sheet 7, which is the main factor, especially as shown in Figure 3, the contact part 6 1 is partly formed on the base. As the structure, the attachment of the mirror base 5 shows that the camera device of the present invention is also automated and simplified because the camera device 1 is bonded to a wafer (F i 1 p Ch ip Bond). Moreover, the camera element 7 is densely located. In terms of closing accuracy, since it depends on the joint and the placement of the lens barrel holder 51, compared to the past, please refer to Figure 5 for the image sensor and light. The mirror stand matches, but because Predetermine Mirror pedestal center] V [C The correct imaging center and ray focus 〇 C-C and ray focus oc design is also different. In this embodiment, the example will be described separately, but cover 2 and mirror pedestal 5 —The body is formed, the lens 3 is glued to the integrally formed mirror, and the wiring design format 6 can be completed. The image element 7 can be attached, so it is not necessary to plan the miniaturization of the camera device 1, because the wiring design format 6, Surface, so it doesn't have to be the focus of miniaturization on the printed circuit board of the camera as in the past. The line design format 6 is followed by the flip-chip method, so it can be placed at two points of 5 ° C. The bit imaging is sensitive. 〇C is caused by the center M of the element 7 and the element 7. The pedestal 5 is used to declare the mirror. First, place the mirror on the pedestal.
200419298 五、發明說明（8) 請參第7 因其與第1實 此不再贅逑， 的内周，並不 接著在鏡蓋2 5 1 1，且在 定的設計，依 同之效果，並 ，综上所述 其改進傳統使 成元件，因此 具有新穎性與 ，爰依法提出 創新的攝像裝置及製造方法 — 圖，係為本發明之第2實施型態之實施例， 施例中共通的地方係使用相同之符號，故於 於第2實施例中’該鏡台座5之鏡筒部$ 1 採用第1實施例的設計’而是將透鏡3直接 上’另外’並在鏡筒部5 1外圍設計螺纹部 鏡蓋2上相對蓋合鏡筒部5 }之處做螺紋鎖 此構造觀之，係有加入與第1實施例型態 具備有調整焦點的效果。 冬發明揭示一 裝、玻璃蓋1子、印刷基板等構 優異之市場競爭:置之體積與製造成本，而 發明專利；;;甲力’具有產業上之利用價值 200419298 圖式簡單說明 五、圖式 【圖式說 第1圖係 第2圖係 第3圖係 第4圖係 第5圖係 第6圖係 ，第7圖係 【圖號說 1、 2、 2 2、 3、5、 5 11、 5 2、 5 4、 5 6、 5 7、 5 8、6、 7、 7 2、 簡單說明 明】 為本發明第一實施例之概略構成元件分解圖 為對應圖1之結合剖示圖。 為本發明第1實施例之立體外觀圖。 為對應圖3之斷面圖。 為本發明第1實施例中的鏡台座之仰視圖。 為本發明第1實施例之製造方法流程圖。 為本發明第2實施例之結合剖示圖。 明】 攝像裝置 鏡蓋 第一欲合凹部 透鏡 鏡台座 螺紋部 上緣 濾光器支撐部 攝像元件收容i部 攝像元件接合面 内周面 配線設計格式 攝像元件 結合承載片 2 2 7 1 、光圈 3、 第二嵌合凹部. 4、 濾光器 1、鏡筒部 3、鏡支撐部 5 、台座部 接界部 影像面200419298 V. Description of the invention (8) Please refer to No. 7 because it is no longer redundant with No. 1, the inner periphery does not continue on the mirror cover 2 5 1 1 and is in a fixed design with the same effect. In addition, in summary, its improved traditional enabling element is novel and, therefore, an innovative camera device and manufacturing method are proposed according to the law. The diagram is an embodiment of the second embodiment of the present invention, and is common in the embodiments. The same symbol is used in the place, so in the second embodiment, 'the lens barrel portion of the mirror pedestal 5 uses the design of the first embodiment', but the lens 3 is directly placed on the 'other' and the lens barrel portion 5 1 Peripheral design The threaded portion of the mirror cover 2 on the mirror portion 2 is covered with a thread lock at the position where the lens barrel portion 5} is closed. This structure has the effect of adjusting the focus by adding the shape of the first embodiment. Winter invention reveals the excellent market competition of one package, one glass cover, one printed substrate: the volume and manufacturing cost, and the invention patent ;; Jiali 'has industrial use value 200419298 [Schematic diagram 1st diagram 2nd diagram 3rd diagram 4th diagram 5th diagram 6th diagram 7th diagram [drawing number 1, 2, 2 2, 3, 5, 5 11, 5 2, 5 4, 5 6, 5 7, 5, 8, 6, 7, 7 2. Brief description] This is an exploded view of the schematic components of the first embodiment of the present invention, which is a combined sectional view corresponding to FIG. 1 . This is a perspective external view of the first embodiment of the present invention. It is a sectional view corresponding to FIG. 3. This is a bottom view of the mirror base in the first embodiment of the present invention. This is a flowchart of the manufacturing method of the first embodiment of the present invention. This is a combined sectional view of the second embodiment of the present invention. Ming] Camera device lens cover First recessed lens lens pedestal screw thread upper part filter support part camera element housing i camera element joint surface inner peripheral surface wiring design format camera element combination carrier 2 2 7 1, aperture 3 , The second fitting recess. 4, the filter 1, the lens barrel portion 3, the mirror support portion 5, the pedestal portion junction portion image surface
第13頁 200419298 圖式簡單說明 M C、鏡台座中 〇C、光線焦點 第14頁Page 13 200419298 Simple illustration of the drawing MC, in the mirror stand 〇C, light focus Page 14