M283188 中空區62 八、新型說明： 【新型所屬之技術領域】 本創作係提供一種鏡頭模組之組裝結構’尤指一種在 鏡頭模組之外殼底部設置一可相互扣合或拆解之中空框 座，使組裝時可先將框座對位並黏固在印刷電路板上之感 光元件外圍，再將使鏡頭模組扣合在該框座上，使在組裝 *作業完成後卻發現感光元件有污潰時，可非破壞性拆解該 鏡頭模組供再使用，而避免成本損失者。 【先前技術】 數位相機或具有拍攝功能的手機都是利用一鏡頭模組 配合一印刷電路板上之一感光元件而構成，其中，該印刷 電路板可為一可撓性印刷電路板（FPC，flexible printed circuit board )，而感光元件可為 CCD ( charge coupled φ device，感光耦合元件）或 CMOS ( complementary metal-oxide semiconductor，互補性金屬氧化半導體）；組 裝時，一般是將鏡頭模組直接與印刷電路板上之感光元件 (如CCD)封裝在一起，使鏡頭模組之鏡頭對準印刷電路 板上之感光元件如CCD，並在鏡頭與感光元件對焦完成 後，將鏡頭模組黏固（如膠黏）在印刷電路板上；然，當 鏡頭模組已與印刷電路板黏固後卻發現感光元件如CCD 上有污潰，此時須從印刷電路板上拆除鏡頭模組，但該拆 除作業常具破壞性，極容易造成製作成本較高之鏡頭模組 M283188 整組報廢而無法再使用，使製作成本相對提高；而本創作 乃疋針對上述問題而研發改良者。 【新型内容】 本創作主要目的乃在於提供一種鏡頭模組之組裝結 構，其係於一鏡頭模組之外殼底部設置一中空型框座，且 該框座與鏡頭模組之間可藉預設之扣合結構而相互扣合或 拆解，使當鏡頭模組欲組裝在印刷電路板上時，可利用該 f框座先對位並黏固在印刷電路板上之對應感光元件外圍， 再將鏡頭模組藉扣合結構而扣合在框座上；則當組裝完成 後卻發現感光元件有污潰時，即可藉扣合結構先拆解鏡頭 模組，之後再拆除該框座，藉以保全鏡頭模組而避免在拆 除作業中被破壞。 【實施方式】 ^吏本創作更加明料實，兹配合下列各較佳實 圖示詳述如後： 請參閱第卜2、1兆、3(：、4、5圖所示 頭模組之組裝結構主要包括於—鏡頭模組丨及 = 隹其中，該鏡頭模組1可為—般鏡頭模組或 =焦之鏡頭模組，玆以圖示—可藉步進馬達 二 之鏡頭模組1為例說明：鏡頭模組Η系由-鏡頭电1〇 ：： 轉動座20、一外殼座30、彈性件 其中，鏡頭組料緣面形成外螺二 320的内螺紋中，使鏡頭組10及轉動座二、二轉口 定體。而外殼座3。可為一方形殼懸，包括—上二 M283188 一下殼座32，而上、下殼座3〗、32可藉上、下對應設置 的扣合結構34、34a，如卡鉤及卡槽之配合型態如第i 2 圖所示’而扣合成一外殼座3〇堅固體’並使穿孔33上下 對應對位’而该上下貫穿之穿孔33係供鏡頭組Μ凸伸向 外並與鏡頭組10同一中心軸而形成光學路捏。組裝時，鏡 頭組10及轉動座20的組合體係夾置在外殼座3〇 (上下 破座3卜32)内部，且藉平行二琴線式彈性件4()之彈性 向下迫緊在轉動座20上，使轉動座2〇向下彈性迫緊在下 ，錢之對應支點上，使鏡頭組1G及轉動座20的組合體 3 ί外框架3°内部並形成可轉動狀態。驅動裝置50係 5又置在下破座3 2上，JL得利用_此、# ^ /、、 ν進馬達驅動一減速齒輪 動；而一二時，=減速齒輪52可驅動齒條53呈線性移 * # ，、53在線性移動時可驅動轉動座20轉 動=轉動座20連同鏡頭，且1〇產生向上或向下位移， 而達成鏡頭遠/近焦之調整目的 I ^創作之特徵在於：鏡頭模幻外殼座3〇 32 =設置—中空㈣6〇’該框座係一配合下殼座32 個對應配合之扣合結構6卜今座32之間可設置數 構34、34a般之卡釣及卡二配該人扣合結構61可為如扣合結 框座60與鏡頭模版！二者θ間可°型態如第1、2圖所示，使 成-體或拆解分開;又當框座6〇:扣合結構61而簡易扣合 時，框座60之内部中空區:2:=二1扣合成-體 上之穿孔33同一中心轴。 與鏡碩組1〇及外殼座30 M283188 貝J冨鏡頭模組1欲組裝在印刷電路板上以與感光元件 (圖未示）配合使用時，可利用框座60先對準對位在印刷 電路板上之對應感光元件外圍，使感光元件如CCD位於框 座60之中空區62中，再藉扣合結構61將鏡頭模組丨扣合 在框座60上，並在鏡頭模組丨之鏡頭組1〇與感光元件: CCD對焦完成後，直接將框座6〇黏固（如膠黏）在印刷 電路板上，而完成組裝作業。 又在組裝完成後卻發現感光元件如CCD有污潰而須 拆除鏡頭模組1時，可藉扣合結構61先將鏡頭模組丨由框 座60上拆解分開，藉以保全鏡頭模組丨供再使用，之後再 從印刷電路板上拆除已黏固之框座，而不論拆除框座 的破壞性程度，均只會破壞框座60而不會破壞鏡頭模組 1 ’可有效避免鏡頭模組1之損失者。 【圖式簡單說明】 第1圖：係本創作一實施例之立體組合示意圖。 •第2圖：係第丄圖之立體分解示意圖。 第3 (A)、3 (B)、3 (C)圖：係第1圖之俯視及二側視示 意圖。 第4圖·係第3 ( A )圖中之a-A剖面示意圖。 第5圖·係第3(A)圖中之β—β剖面示意圖。 【主要元件符號說明】 外螺紋11 上殼座31 扣合結構34、34a 鏡頭模組1 鏡頭組1〇 轉動座20 外殼座30 下殼座32 穿孔33 M283188 彈性件40 齒條53 中空區62 驅動裝置50 框座60 齒輪52 卡合結構61 九、申請專利範圍： 1.-種鏡頭模組之組裝結構，包括一鏡頭模組及一框座， 其中： 鏡頭模組，係組裝在一印刷電路板上以與電路板上一感 光兀件配合使用，包括一鏡頭組及一外殼座，該外殼座 係由上、下设座扣合組成，且外殼座上設有一上下貫穿 之穿孔，供鏡頭組凸伸向外並對應於電路板上感光元件 _而形成光學路徑；又下殼座上設有數個與框座可對應扣 合之扣合結構； 框座，係一配合下殼座之中空框架體，其上設有數個與 下殼座扣合結構對應配合之扣合結構，使框座與鏡頭模 組間可藉該扣合結構相互扣合成一體或拆解分開；又去 框座與鏡頭模組扣合成一體時，框座之内部中空區係與 鏡頭組及外殼座上穿孔同一中心軸； 一 藉上述結構，當組裝鏡頭模組在印刷電路板上時，可利 用框座先對位於印刷電路板上之對應感光元件上，使感M283188 Hollow area 62 8. Description of the new type: [Technical field to which the new type belongs] This creation provides an assembly structure of a lens module, especially a hollow frame that can be fastened or disassembled to each other at the bottom of the lens module housing Mount, so that the frame can be aligned and fixed to the periphery of the photosensitive element on the printed circuit board during assembly, and then the lens module is fastened to the frame so that the photosensitive element is found after the assembly * operation is completed When there is dirt, the lens module can be dismantled non-destructively for reuse, to avoid cost loss. [Prior art] A digital camera or a mobile phone with a photographing function is formed by using a lens module and a photosensitive element on a printed circuit board. The printed circuit board may be a flexible printed circuit board (FPC, flexible printed circuit board), and the photosensitive element may be a CCD (charge coupled φ device) or a CMOS (complementary metal-oxide semiconductor); during assembly, the lens module is generally directly The photosensitive elements (such as CCD) on the circuit board are packaged together, so that the lens of the lens module is aligned with the photosensitive elements on the printed circuit board, such as CCD, and after the lens and the photosensitive element are focused, the lens module is fixed (such as (Adhesive) on the printed circuit board; however, when the lens module has been fixed to the printed circuit board, it is found that the photosensitive element such as the CCD is fouled. At this time, the lens module must be removed from the printed circuit board, but it should be removed. The operation is often destructive, which can easily cause the entire production of the lens module M283188 to be scrapped and can no longer be used, which will increase the production cost relatively. ; And this is the creation and development of Cloth and address the problem reformers. [New content] The main purpose of this creation is to provide a lens module assembly structure, which is provided with a hollow frame base at the bottom of a lens module housing, and the frame and the lens module can be preset by The buckle structure can be fastened or disassembled each other, so that when the lens module is to be assembled on the printed circuit board, the f frame seat can be first aligned and fixed on the periphery of the corresponding photosensitive element on the printed circuit board, and then The lens module is fastened to the frame base by the buckle structure; when the photosensitive element is found to be fouled after the assembly is completed, the lens module can be disassembled by the buckle structure, and then the frame base is removed. This protects the lens module and prevents it from being damaged during removal. [Embodiment] ^ The author's creation is more obvious, and it is described in detail with the following better illustrations: Please refer to the head module shown in Figure 2, 1 trillion, 3 (:, 4, 5) The assembly structure is mainly composed of-lens module 丨 and = 隹, where the lens module 1 can be-a general lens module or = a focal lens module, hereby illustrated-a lens module that can be borrowed by a stepper motor 2 1 as an example: the lens module is made up of-the lens electric 10 :: the rotating base 20, a housing base 30, and an elastic member, wherein the lens group material edge surface forms an internal thread of the outer screw 320 and the lens group 10 And the second and second revolving seat of the rotating seat. The shell seat 3. can be a square shell suspension, including-upper two M283188 lower shell seat 32, and upper and lower shell seat 3〗, 32 can be set up and down correspondingly The buckling structures 34, 34a, such as the hooks and the grooves, are matched as shown in Fig. I 2 'and buckled into a shell seat 30 solid body' and the perforations 33 are aligned correspondingly up and down, and the up and down through The perforation 33 is for the lens group M to protrude outward and form the same optical axis as the lens group 10. During assembly, the lens group 10 and the rotation The combined system of 20 is sandwiched inside the housing base 30 (upper and lower broken seats 32 and 32), and is pressed downward on the rotary base 20 by the elasticity of the parallel two-string elastic member 4 (), so that the rotary base 20 The lower elasticity is tightly pressed on the corresponding fulcrum of the bottom, so that the combination 3 of the lens group 1G and the rotation base 20 is inside the outer frame 3 ° and formed in a rotatable state. The driving device 50 series 5 is placed on the lower broken base 32, JL has to use _this, # ^ / ,, ν into the motor to drive a reduction gear; and one or two times, = reduction gear 52 can drive the rack 53 to move linearly * # ,, 53 can drive the rotary seat when moving linearly 20 Rotation = Rotate the base 20 together with the lens, and move up or down by 10 to achieve the purpose of adjusting the far / near focus of the lens. I ^ The creation is characterized by the lens imitating housing seat 3032 = setting-hollow ㈣6〇 'The frame base is a buckling structure that cooperates with 32 corresponding lower shell bases. 6 A number of structures 34 and 34a can be set between the seat 32 and the second structure. The buckle structure 61 can be a buckle. Combining the frame 60 and the lens template! The shape between the two θ can be shown in Figures 1 and 2 to separate the body or disassembly; Seat 60: buckle structure 61 and simple buckle, the inner hollow area of the frame seat 60: 2: = two-one buckle-hole 33 on the body is the same central axis. It is the same as the mirror master group 10 and the shell seat 30 M283188 When the JJ lens module 1 is to be assembled on a printed circuit board for use with a photosensitive element (not shown), the frame base 60 can be first aligned and aligned with the periphery of the corresponding photosensitive element on the printed circuit board to make the photosensitive Components such as a CCD are located in the hollow area 62 of the frame base 60, and then the lens module 丨 is fastened to the frame base 60 by the fastening structure 61, and the lens group 10 of the lens module 丨 and the photosensitive element: CCD focusing is completed After that, the frame base 60 is directly cemented (such as glued) to the printed circuit board to complete the assembly operation. After the assembly is completed, but it is found that the photosensitive element such as the CCD is fouled and the lens module 1 must be removed, the lens module 丨 can be disassembled from the frame base 60 to secure the lens module 丨For reuse, and then remove the glued frame base from the printed circuit board. Regardless of the destructive degree of removing the frame base, it will only damage the frame base 60 without damaging the lens module 1 ', which can effectively avoid the lens module. Loser of Group 1. [Schematic description] Figure 1: This is a three-dimensional combination diagram of an embodiment of the present invention. • Figure 2: It is a three-dimensional exploded view of the second figure. Figures 3 (A), 3 (B), and 3 (C): The plan view and the two-side view of Figure 1 are intended. Fig. 4 is a schematic cross-sectional view taken along the line a-A in Fig. 3 (A). Fig. 5 is a schematic view of a β-β cross section in Fig. 3 (A). [Description of main component symbols] External thread 11 Upper housing base 31 Fastening structure 34, 34a Lens module 1 Lens group 10 Rotation base 20 Housing base 30 Lower housing base 32 Perforation 33 M283188 Elastic member 40 Rack 53 Hollow area 62 Drive Device 50 Frame base 60 Gear 52 Engagement structure 61 IX. Application for patent scope: 1. An assembly structure of a lens module, including a lens module and a frame base, among which: the lens module is assembled in a printed circuit The board is used in conjunction with a photosensitive element on the circuit board, and includes a lens group and a housing seat. The housing seat is composed of an upper and a lower seat buckle, and an upper and lower perforation is provided on the housing seat for the lens. The group protrudes outward and forms an optical path corresponding to the light receiving element on the circuit board; and a plurality of buckle structures that can be correspondingly engaged with the frame base are arranged on the lower case base; the frame base is a hollow that cooperates with the lower case base The frame body is provided with a plurality of buckle structures corresponding to the buckle structure of the lower shell seat, so that the frame seat and the lens module can be combined with each other or disassembled by the buckle structure; and the frame seat and the When the lens module is integrated, The inner hollow area of the seat is the same central axis as the perforation on the lens group and the housing seat. With the above structure, when the lens module is assembled on the printed circuit board, the frame seat can first be used to align the corresponding photosensitive element on the printed circuit board. Make sense