M320095 八、新型說明： 【新型所屬之技術領域】 本新型是有關於一種鏡頭模組，特別是指一種可切換 焦點的鏡頭模組。 【先前技術】 參閱圖1為現有一種適用於一照相手機（圖未示）之 可切換焦點的鏡頭槙組7的組合圖，該鏡頭模組7包括一 承座71、一可轉動地設置該承座71内之調整環72、一與 该調整環72螺合且具有一光軸X之鏡頭73，及一使該調整 % 72限位於該承座71内之盤形彈簧74。該承座71包括複 數由一端面延伸之卡鈎711，及複數貫穿該承座71之導槽 712。該調整環72包括一穿設於其中一導槽712且與該承 座71相頂抵之撥動部721，及複數穿設於其它導槽7以且 f該承座71相頂抵之支樓冑722。使用者藉由撥動該調整 % 72之撥動部721使該調整環72相對該承座η轉動時， 可使該撥動部721及該等支撐部722沿該等導槽712移動 ’使⑽頭73沿該光轴X方向產生位移而達到切換焦、: 目的。 由於該等卡鈎711是由該承座71之碴从 般1 71之鳊面延伸而頂抵該 盤形弹育74，因此沿該光軸χ方 乃冋，邊鏡頊模組7具有較 高之高度，因而使得該鏡頭模組7之體積較大，且該 鈎711因結構之關係，極易因外力彎折而斷裂。又， ==成時，該鏡頭模組7並無任何切換手感回饋，、 口此制者無法壯該朗73是μ料切㈣、點之 5 M320095 【新型内容】 因此，本新型之-目的，即在提供一種體積可更加小 型化的可切換焦點的鏡頭模組。 本新型之又一目的，即在提供-種結構強度較佳的可 切換焦點的鏡頭模組。 本新型之再-目的，即在提供—種在切換焦點動作完 ❿ 成時，可回馈一切換手感至使用者的可切換焦點的鏡頭模 組0 、 於是，本新型之可切換焦點的鏡頭模組，包含一承座 、-限位蓋、一調整環’及一組裝於該調整環内之鏡頭。 該承座包括-圍繞一轴線之容室，及複數設置於一外 周面之連接部，其中，該等連接部是呈凸塊狀。 該限位蓋是可彈性變形，並包括一環蓋板 環蓋板往該承座延伸且分別與該等連接部固定之接合腳Γ 及一自該環蓋板凸設之凸出部。 整環是容置於該容室’該調整環可相對於該承座 弟位置，及一與該第一位置不同位 轉;且可沿該轴線移動，並受該限位蓋之環蓋 4整核包括—夹設於該限位蓋之環蓋板與該承座之一 =面間之定減、—由該定位段料延伸之撥 凹設之-第-凹陷部，及一第二凹陷部，當該調 1位在該第-位置時，該凸出部是與該第一凹陷部卡合 ’虽該調整環位在該第二位置時，該凸出部是與該第二凹 6 M320095 陷部卡合。 本新型之限位蓋的該等接合腳是由該環蓋板往該承座 L伸而77別與4等連接部接合，因此可使該鏡頭模組之體 積更加小型化，且該等遠接邮3 Λ ^ 1 寻逅筏邛疋與該承座之外周面一體成 型且Μ塊狀’不易因外力彎折而斷裂，®此具有較佳之 結構強度’另夕卜’在切換焦點動作完成時，藉由該凸出部 由與其卡合之其中一凹陷部移動而卡合於另一凹陷部，可 產生-切換手感，且經由該㈣環之撥動相饋至使用者 〇 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 以下配&參考圖4之一較佳實施例的詳細說明+，將可清 楚的呈現。 / 參閱圖2、3分別為立體組合圖及立體分解圖，本新型 可切換焦點的鏡頭模組之較佳實施例包含一承座丨、一限位 蓋2、一調整環3、一組裝於該調整環3内之鏡頭4、一變 位單元5，及一影像感測單元6。 該承座1包括-圍繞一軸線γ之容冑^、複數設置於M320095 VIII. New description: [New technical field] The present invention relates to a lens module, in particular to a lens module that can switch focus. [Prior Art] Referring to FIG. 1 , a combination diagram of a lens stack 7 suitable for a switchable focus of a camera phone (not shown) is provided. The lens module 7 includes a socket 71 and a rotatably disposed An adjusting ring 72 in the socket 71, a lens 73 screwed to the adjusting ring 72 and having an optical axis X, and a disc spring 74 for limiting the adjustment % 72 to the socket 71. The socket 71 includes a plurality of hooks 711 extending from an end surface, and a plurality of guide grooves 712 extending through the socket 71. The adjusting ring 72 includes a dialing portion 721 that is disposed in the one of the guiding slots 712 and abuts against the socket 71, and a plurality of the guiding portions 721 that are disposed through the other guiding slots 7 and that are opposite to the socket 71. Building 722. When the user rotates the adjusting ring 72 relative to the socket η by the dialing portion 721 of the adjustment % 72, the dialing portion 721 and the supporting portions 722 can be moved along the guiding slots 712. (10) The head 73 is displaced in the direction of the optical axis X to achieve switching focus, purpose. Since the hooks 711 extend from the top surface of the socket 71 from the top surface of the bracket 71 to the disc-shaped spring 74, the edge mirror module 7 has a higher height along the optical axis. The height of the lens module 7 is large, and the hook 711 is easily broken due to external force bending due to the structure. Moreover, when the == is completed, the lens module 7 does not have any switching feel feedback, and the mouth can not be strong. The 73 is the material cut (four), the point 5 M320095 [new content] Therefore, the purpose of the present invention That is, a lens module that can be more compact and has a switchable focus can be provided. A further object of the present invention is to provide a lens module that has a switchable focus with better structural strength. The re-purpose of the present invention is to provide a lens module 0 that switches the hand to the user's switchable focus when the switching focus action is completed, and thus, the novel lens mode of the switchable focus The set includes a socket, a limit cover, an adjustment ring and a lens assembled in the adjustment ring. The socket includes a chamber surrounding an axis and a plurality of connecting portions disposed on an outer peripheral surface, wherein the connecting portions are in a convex shape. The limiting cover is elastically deformable and includes a ring cover ring cover extending toward the socket and respectively fixed with the connecting portion and a protruding portion protruding from the ring cover. The full ring is received in the chamber. The adjusting ring is rotatable relative to the seat position and is different from the first position; and is movable along the axis and is covered by the ring cover of the limit cover 4 The whole core comprises: a ring cover disposed between the ring cover of the limit cover and one of the sockets = a face-to-face reduction, a - recessed portion extending from the positioning section material, and a first a second recessed portion, wherein the protruding portion is engaged with the first recessed portion when the one position is in the first position, and the protruding portion is the same when the adjusting ring is in the second position Two concave 6 M320095 trapping. The engaging legs of the limit cover of the present invention are extended by the ring cover to the socket L and 77 are not connected with the connecting portion of 4, so that the volume of the lens module can be further miniaturized, and the distance is further Receiving the mail 3 Λ ^ 1 The search is integrally formed with the outer surface of the seat and the block shape is not easy to be broken due to external force bending. This has better structural strength 'is another' in the switching focus action When the protruding portion is moved by the one of the recessed portions to be engaged with the other recessed portion, a hand-feeling can be generated, and the user can be fed to the user via the toggle of the (four) ring. The foregoing and other technical contents, features, and effects of the present invention will be apparent from the following detailed description of the preferred embodiment of FIG. / Referring to FIG. 2 and FIG. 3 respectively, a three-dimensional combination diagram and a three-dimensional exploded view, the preferred embodiment of the novel switchable focus lens module comprises a socket, a limit cover 2, an adjustment ring 3, and an assembly. The lens 4 in the adjustment ring 3, a displacement unit 5, and an image sensing unit 6. The socket 1 includes - a capacitance around an axis γ, and a plurality of
一外周面且呈凸塊狀之連接部12、一内周面13、一内底面 14，及一凸設於該内底面14之限位塊15，其中，該容室^ 是由該内周面13與該内底面14所共同包圍界定出。 該限位蓋2是可彈性變形，並包括一環蓋板21、複數 由該環蓋板21往該承座丨延伸且分別與該等連接部丨2固 定之接合腳22、二自該環蓋板21凸設之凸出部Μ，及複 7 M320095 數圍繞該凸出部23且貫穿該限位蓋2之變形槽24，其中， 每一接合腳22各具有一與該承座丨之連接部12接合之接 合孔221，3專隻形槽24是為弱化該等凸出部23附近之材 料剛性。值得一提的是，在本實施例中，該限位蓋2是利 用金屬材質沖壓製成，惟本新型不以此為限，例如該限位 蓋2亦可以塑膠材質射出成型。 配合參閱圖7之剖面示意圖，該調整環3是容置於該 承座1之容室11，可相對於該承座丨在一第一位置，及一 與該第-位置不同位高之第二位置間轉動（如目9所示） 且可沿該軸線γ移動’並受該限位蓋2之環蓋板21彈性壓 抵，該調整環3包括-夾設於該限位蓋2之環蓋板21與該 承座1之-頂端面16間之定位段31、一由該定位段3ι朝 該容室u延伸之套環部32、—由該定位段31朝外延伸之 撥動部33、二凸設於該定位段31且與該限位蓋2之環蓋板 相頂抵之減阻肋34、自該定位段31凹設之二第—凹陷 邛35與一第一凹陷部36，及一自一底環面凹設且與該限位 塊15相配合之限位槽37，當該調整環3位在該第一位置日士 ，該限位蓋2之凸出部23衫別與該等第-凹陷部35 : 合’而該承座1之限位塊15是頂抵於該限位槽37之复中 -端，當該調整環3位在該第二位置時（如圖9所示):、节 專凸出部23是分別與該等第二凹陷部％卡今： 塊15是頂抵於該限位_ 37夕£ 而该限位 耸心一限位槽37之另-端。值得說明的是，該 專減阻肋34之數目可依所需之減阻效果而有所調整。 該鏡頭4是螺設於該調整環3内。 8 M320095 配合參閱圖4、5,其中圖4為該調整環3之仰視圖， 圖5為該承座i之俯視圖，該變位單元5包括三設置㈣ 承座1與該調整環3其中一者之凸輪件 承座i與該調整環3另外一者且與該凸輪件”相頂抵之： 動件52，其中，每—凸輪件51各具有-第—平面511、一 與該第-平面511不同位高之第二平面512，及一連接該第 -、第二平面51卜512之傾斜面513。在本實施例中，該 等凸輪件51是設置於該承座i之内底面14，該等從動件 52是設置於該調整環3之-底環面，當該調整環3位在該 第-位置時（如圖7所示），該變位單元5之從動件”是 與該第一平面511相頂抵，當該調整環3位在該第二位置時 (如圖9所示）’該從動件52是與該第二平面512相頂抵 值仔》兒明的疋，該等凸輪件51與該等從動件^之數目 可視該承座1與該調整環3之尺寸而相配合調整。 〜像感挪單元6包括—電路板61，及—設置於該電 路板61之感測器62。 ^ >閱圖6 7、8分別為上視圖，及局部剖面示意圖， 〆 #、月的疋，為便於揭示，圖8中未將該限位蓋2及 “兄頁4組裝。*使用者在-般拍攝距離拍攝-被拍攝物 時乂即該調整環3是位在該第一位置時，該鏡頭4之一焦 疋洛在該影像感測單元6之感測器62的-表面，因此使 用者可拍得一清晰之影像。 參閲圖9、10分別為類似圖7、8之視圖，當使用者近 距離拍攝該被拍攝物時，由於該鏡頭4與該被拍攝物之距 9 M320095 離縮短，使該鏡頭4之焦點並非落在該感測器62之表面， 因此使用者可藉由撥動該調整環3之撥動部33使該調整環 3相對該承座1轉動而由該第一位置切換至該第二位置並沿 该軸線Y產生一位移，即該承座丨之頂端面16與該鏡頭4 之一頂面之距離D1加大，進而使該鏡頭4之焦點落在該感 測器62之表面而完成切換焦點之動作，如此，使用者拍攝 時即可獲得一清晰之影像。在該調整環3由該第一位置切a peripheral portion and a bump-shaped connecting portion 12, an inner peripheral surface 13, an inner bottom surface 14, and a limiting block 15 protruding from the inner bottom surface 14, wherein the chamber is from the inner circumference The face 13 is bounded by the inner bottom surface 14 together. The limiting cover 2 is elastically deformable and includes a ring cover 21, a plurality of engaging legs 22 extending from the ring cover 21 to the socket and respectively fixed to the connecting portions 2, and two from the ring cover a protruding portion 凸 of the plate 21 and a plurality of M 320095 surrounding the protruding portion 23 and extending through the deformation groove 24 of the limiting cover 2, wherein each of the engaging legs 22 has a connection with the socket The engaging holes 221, 3 of the portion 12 are joined to form a groove 24 for weakening the material rigidity in the vicinity of the projections 23. It should be noted that, in this embodiment, the limit cover 2 is made of metal material, but the present invention is not limited thereto. For example, the limit cover 2 can also be injection molded from a plastic material. Referring to the cross-sectional view of FIG. 7, the adjusting ring 3 is accommodated in the chamber 11 of the socket 1, and is at a first position relative to the socket, and a height different from the first position. Rotating between two positions (as shown in FIG. 9) and being movable along the axis γ and being elastically pressed by the ring cover 21 of the limit cover 2, the adjustment ring 3 includes - being sandwiched between the limit cover 2 a positioning portion 31 between the ring cover 21 and the top end surface 16 of the socket 1 , a collar portion 32 extending from the positioning portion 3 ι toward the chamber u, and a shifting direction extending outward from the positioning portion 31 a portion 33 and a second recessed rib 35 which is disposed on the positioning portion 31 and abuts against the ring cover of the limiting cover 2, and a second recessed portion 35 and a first recess recessed from the positioning portion 31 a portion 36, and a limiting slot 37 recessed from a bottom toroid and matched with the limiting block 15, when the adjusting ring 3 is in the first position, the protruding portion of the limiting cover 2 And the limiting block 15 of the socket 1 is abutting against the center-end of the limiting slot 37 when the adjusting ring 3 is in the second position. Time (as shown in FIG. 9): the section-specific projection 23 is Do this with such cards second recess%: block 15 is abutting against the stopper 37 _ £ Xi and raise the limit of another heart limiting slot 37 - end. It is worth noting that the number of the dedicated drag reducing ribs 34 can be adjusted according to the desired drag reducing effect. The lens 4 is screwed into the adjustment ring 3. 8 M320095 with reference to Figs. 4 and 5, wherein Fig. 4 is a bottom view of the adjusting ring 3, Fig. 5 is a top view of the socket i, the displacement unit 5 includes three settings (4) one of the socket 1 and the adjusting ring 3 The cam member socket i and the other of the adjusting ring 3 and the cam member are abutted against: the moving member 52, wherein each of the cam members 51 has a --plane 511, a and the first - The plane 511 has a second plane 512 of different heights, and an inclined surface 513 connecting the first and second planes 51 512. In the embodiment, the cam members 51 are disposed on the bottom surface of the socket i. 14. The follower 52 is disposed on the bottom ring surface of the adjusting ring 3. When the adjusting ring 3 is in the first position (as shown in FIG. 7), the follower of the displacement unit 5 " is abutting against the first plane 511. When the adjusting ring 3 is in the second position (as shown in FIG. 9), the follower 52 is offset from the second plane 512. In other words, the number of the cam members 51 and the followers can be adjusted in accordance with the size of the socket 1 and the adjusting ring 3. The image sensing unit 6 includes a circuit board 61, and a sensor 62 provided on the circuit board 61. ^ > Read Figure 6 7 and 8 are top view, and partial section diagram, 〆#, month 疋, for ease of disclosure, Figure 8 does not include the limit cover 2 and "Brother Page 4 assembly. * User When the subject is photographed at a general shooting distance, that is, when the adjusting ring 3 is in the first position, one of the lenses 4 is at the surface of the sensor 62 of the image sensing unit 6, Therefore, the user can take a clear image. Referring to Figures 9 and 10, respectively, a view similar to Figures 7 and 8, when the user takes a close-up shot of the subject, due to the distance between the lens 4 and the subject 9 M320095 is shortened so that the focus of the lens 4 does not fall on the surface of the sensor 62, so the user can rotate the adjusting ring 3 relative to the socket 1 by dialing the dialing portion 33 of the adjusting ring 3. Switching from the first position to the second position and generating a displacement along the axis Y, that is, the distance D1 between the top end surface 16 of the socket and the top surface of the lens 4 is increased, thereby making the lens 4 The focus falls on the surface of the sensor 62 to complete the action of switching the focus, so that the user can obtain a clear image when shooting. Like. The adjustment ring 3 is cut by the first position
換至該第二位置同時，因該調整環3沿該軸線γ產生位移 ，所以該限位蓋2受該調整環3頂抵而沿該軸線γ方向產 生彈性變形。 當使用者欲恢復成一般拍攝距離拍攝該拍攝物時，僅 需反向操作上述動作即可完成切換焦點之動作。 此外，當使用者在該調整環3位於該第一或該第二位 置時，若更進-步撥動該調整環3之撥動部％，該承座ι ^限位塊15將與該調整環3之限位槽37相頂抵，使該調 施環3無法再轉動，可確保該變位單元$之從動件a不脫 離該等凸輪件51之有效範圍。 、’1由以上說明，可將本新型之優點歸納如下： :、本新型之該等接合腳22是由該限位蓋2往該承座 /伸而分別與該等連接部12接合，因此，沿該軸線γ方 :體頭模組之高度較習知低，亦即本新型之鏡頭模組 <體積可更加小型化。 之料連接部12是與該承座1之外周面-凸塊狀，而非習知之懸臂狀，不易因外力彎折 10 M320095 阳所衣，因此具有較佳之結構強度。 三、在該限位蓋2之凸出部23由與其卡合之其中一凹 陷部35、36移動而卡合於另一凹陷部35、％時，會產生 一切換手感，且經由該調整環3之撥動部33傳送至使用者 ，使使用者得知該鏡頭4已完成切換焦點之動作而可進行 拍攝，且藉由該等凸出部23分別卡合於該等凹陷部h、=At the same time, the second position is shifted, and the adjustment ring 3 is displaced along the axis γ. Therefore, the limit cover 2 is elastically deformed in the direction of the axis γ by the adjustment ring 3 abutting. When the user wants to return to the normal shooting distance and shoot the subject, the action of switching the focus can be completed only by operating the above action in reverse. In addition, when the adjusting ring 3 is in the first or the second position, if the dialing portion % of the adjusting ring 3 is further moved, the bearing block 15 will be The limiting groove 37 of the adjusting ring 3 is abutted, so that the adjusting ring 3 can no longer be rotated, and the follower a of the displacement unit $ can be ensured without departing from the effective range of the cam members 51. [1] From the above description, the advantages of the present invention can be summarized as follows: : The engaging legs 22 of the present invention are respectively engaged with the connecting portion 12 by the limiting cover 2 to the socket/stretching portion, thus γ along the axis: the height of the body head module is lower than the conventional one, that is, the lens module of the present invention can be further miniaturized. The material connecting portion 12 is a peripheral surface-bump shape of the socket 1 instead of the conventional cantilever shape, and is not easily bent by the external force 10 M320095, so that it has better structural strength. 3. When the protruding portion 23 of the limiting cover 2 is moved by the one of the recessed portions 35, 36 engaged with the other of the recessed portions 35, 36, a switching feeling is generated, and the adjusting ring is generated. The dialing portion 33 of the 3 is transmitted to the user, so that the user can know that the lens 4 has completed the action of switching the focus, and the camera can be photographed, and the protrusions 23 are respectively engaged with the recesses h, =
’可使該調整環3保持定位。再者，該限位塊15與該限位 槽37提供進一步之保護定位。 值得一提的是’該等凸出部23、第一、第二凹陷部％ 、36之數目可為_，同樣可在該鏡頭4切換焦 時產生切換手感。 下凡成 ^再值得一提的是，亦可改以數螺絲取代呈凸塊狀之該 等連接部12，將該等接合腳22固定於該承座i。 在另-變化例中，該變位單元5非採凸輪件51及從動 件52之型態’而是改將該調整環3螺合於該承座！内，如 此，，調整環3相對於該承座i轉動時’同樣可沿該軸線γ 產生高低位移。 —歸納上述，本新型之限位蓋2的接合腳22是由該限位 盍2往該承座i延伸而與該承座i之連接部12接合，因此 該鏡頭模组之體積可更加小型化，另外，該等連接部Η是 與該承座1之外周面一體成型且呈凸塊狀，不易受外力彎 折而斷裂’因此具有良好之結構強度，又， 作完成時，藉由該凸出部23由與其卡合之其中一凹陷、部Μ 、36移動而卡合於另一凹陷部h、％，可回饋一切換手感 11 M320095 至使用者，使使用者得知該鏡頭4已完成切換焦點之動作 ，故確實能達到本新型之目的。 惟以上所述者，僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型申請專利 範圍及新型㈣内容所作之簡單的等效變化與修飾，皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖！是習知-種可切換焦點的鏡頭模組之立體組合圖 圖2是本新型之一較佳實施例之立體組合圖； 圖3是該較佳實施例之立體分解圖； 四圖4疋-仰視圖，說明_變位單元之從動件位於一調 整環之一底環面的配置情形； 圖5是-俯視圖’說明該變位單元之凸輪件位於_承 座之一内底面的配置情形； 圖6是-俯視圖，說明該調整環之一撥動部在一鏡頭 切換焦點前之位置； 圖7是一沿圖6中線7_7之局部剖面示意圖，說明該變 位早疋之凸輪件與從動件在該鏡頭切換焦點前之相對位置 ㈤疋-沿圖7中線8-8之局部剖面示意圖，說明該 触該承座之-限位塊在㈣肋換^ 之相對位置，為便於揭示，圖中未組裝-限位蓋及—鏡, 12 M320095 圖9是一類似圖7之視圖，說明該變位單元之凸輪件 與從動件在該鏡頭切換焦點後之相對位置；及 圖10是一類似圖8之視圖，說明該調整環之限位槽與 該承座之限位塊在該鏡頭切換焦點後之相對位置。The adjustment ring 3 can be held in position. Moreover, the limiting block 15 and the limiting slot 37 provide further protection positioning. It is worth mentioning that the number of the projections 23, the first and second recesses %, 36 can be _, and the switching feel can also be generated when the lens 4 switches focus. It is worth mentioning that the connecting portions 12 in the form of bumps can be replaced by a plurality of screws, and the engaging legs 22 are fixed to the sockets i. In another variation, the displacement unit 5 is not in the form of the cam member 51 and the follower 52, but the adjustment ring 3 is screwed to the socket! Thus, when the adjusting ring 3 is rotated relative to the socket i, it is also possible to generate a high-low displacement along the axis γ. - In summary, the engagement leg 22 of the limit cover 2 of the present invention extends from the limit 盍 2 to the socket i to engage with the connection portion 12 of the socket i, so that the lens module can be smaller in size Further, the connecting portion 一体 is integrally formed with the outer peripheral surface of the socket 1 and has a convex shape, which is not easily bent by external force and is broken. Therefore, it has good structural strength, and when completed, by the The protrusion 23 is moved by the one of the recesses, the portions Μ, 36 engaged with the other recesses h, %, and can be fed back to switch the touch 11 M320095 to the user, so that the user knows that the lens 4 has The action of switching the focus is completed, so the purpose of the present invention can be achieved. However, the above is only the preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent change and modification made by the novel patent application scope and the novel (4) content, All remain within the scope of this new patent. [Simple diagram of the diagram] Figure! FIG. 2 is a perspective assembled view of a preferred embodiment of the present invention; FIG. 3 is an exploded perspective view of the preferred embodiment; FIG. 3 is an exploded perspective view of the preferred embodiment; The bottom view shows the arrangement of the follower of the displacement unit in the bottom ring surface of one of the adjustment rings; FIG. 5 is a plan view showing the arrangement of the cam member of the displacement unit on the inner bottom surface of one of the sockets. Figure 6 is a plan view showing the position of one of the adjustment rings before the focus of the lens switching; Figure 7 is a partial cross-sectional view taken along line 7-7 of Figure 6, illustrating the cam member of the displacement The relative position of the follower before the focus is switched (5) 疋 - a partial cross-sectional view along line 8-8 of Fig. 7, indicating the relative position of the limit block in the (four) rib change It is disclosed that the unassembled-restricted cover and mirror in the figure, 12 M320095, FIG. 9 is a view similar to FIG. 7, illustrating the relative position of the cam member and the follower of the displacement unit after the focus is switched; 10 is a view similar to FIG. 8 illustrating the limit groove of the adjustment ring and the seat The relative position of the limit block after the lens switches focus.
13 M32009513 M320095
【主要元件符號說明】 1……·· ••承座 33…… •…撥動部 11....... …容室 34 …·· •…減阻肋 12....... ••連接部 35 ···.· …·第一凹陷部 13....... ••内周面 36·.··· …·第二凹陷部 14....... ••内底面 37••… •…限位槽 1 C....... ..UR C ...... ____鐵你留斤 J 1 ·»·»·«* ••頂端面 51 ••… •…凸輪件 2 ........ ••限位蓋 511… •…第一平面 21 ······· ••環蓋板 512··· •…第二平面 22....... ••接合腳 513··· —傾斜面 221 ·.··· ••接合孔 52····· •…從動件 23....... ••凸出部 6 ······ •…影像感測單元 24....... …變形槽 61 ••… •…電路板 3 ........ ••調整環 62 ••… •…感測器 31....... ••定位段 D1 ·… •…距離 32....... 套玉衣口 P Y...... —軸線 14[Explanation of main component symbols] 1......··•• Seat 33... •...Toggle part 11.. . . . chamber 34 ...·· •... drag reducing rib 12... •• Connection part 35 ·······The first recessed part 13........•• Inner peripheral surface 36·······The second recessed part 14.... ••Inner bottom surface 37••... •...Limit slot 1 C....... ..UR C ...... ____ iron you stay j 1 ·»·»·«* •• top Face 51 ••... •...Cam member 2 ........ ••Limit cover 511... •...First plane 21 ········•• Ring cover 512··· •... Two planes 22....... •• Engagement feet 513··· — Inclined surface 221 ·····•• Engagement hole 52·····•... Follower 23.... ••Protruding part 6······•...Image sensing unit 24.... deformation groove 61 ••... •...Board 3 ........ ••Adjustment ring 62 ••... •...Sensor 31....... ••Positioning section D1 ·... •...distance 32....... Set of jade clothes P Y...——Axis 14