200830023 • 九、發明說明： -【發明所屬之技術領域】 一種相機鏡頭結構，更詳而言之，係有關於—種應用 於可攜式裝置之相機鏡頭結構。 【先前技術】 隨著電子零組件、半導體產業與通訊產業研發技術的 精進，許多以往體積龐大且不具可攜性之電子設備，如電 -話或電腦等會讓使用者在使用上受到空間_的電子設 ^現在均有可攜式的產品可以取代，如行動電話、個人 數位助理（PDA)、掌上型電腦或行動電話等，已 用者使用該些電子設備時不在受到空間上的限制。月b、 =-方面’由於前述之該些電顿備的資料處理 ^度的❹，透過該些電子設備執行多媒體的錄製與播 ^不再疋難事m些可攜式電子設備為考量使用 者w之便利性’故在體積與重量上必須講求 因此’如何能夠在有限的空間中設置提供多種功二爐’ 構，已成為產品設計者必然面對的問題。 此、 以行動電話為例，目前的行動電話 的鏡頭已相當普遍，然受限於行動電話的體積彔=或照相 間多半必須容置許多機構與元件。是故，、雨：、内部空 :地固設於該行動電話上。此種相機鏡頭結 用行動電話内部之空間，惟其缺點則在於 ^、“頁佔 調整鏡頭之拍攝位置與角度，必須整個轉：法早獨 置與角度，因此造成拍攝上的不便與困難、。包話的位 19866 5 200830023 ' ^解決上述相機鏡頭結構之缺點，習知有提供旋⑼ -頭、纟σ構之技術，惟該旋士 τ、兄 + 和鏡頭、⑺構僅此以垂直該枢接之方 向在:疋的角度範圍内旋轉，使用上仍有所限制。 佔空:二斤二如/能約提供一種能節省相機鏡頭結構所 貝見μ鏡碩部多角度拍攝目 構，遂成為亟待解決之課題。 ㈣鏡頭、‘ 【發明内容】 4解決前述習知技術之缺點，本發明 泰相機鏡頭結構所佔空間並實現該 之相機鏡頭結構。 夕冉度拍攝目的 本發明之相機鏡頭結構，係包括：底座，係 少一條滑執、至少一個第一限位部以及 ^ 部；滑動部’係於相對該滑執之第—側面上設置弟有;:位 以及限位件’並於第二側面上開設樞接孔，且於 動权内部開設有連通該開孔與該樞接孔之貫通部、/1， 中，该滑運之數量係相應該滑執數量並 ’、 該樞接孔之週緣的内徑略小於 °又；^滑執上， ^〆 玄貝通部之内徑；以及鐘藤 座，係設置有樞接部與鏡頭部，該樞接部具有用如、 至該樞接孔時卡扣該枢接孔之週緣的卡扣部。卜 相較於習知的相機鏡頭結構，本發明 部於該底座上之滑動以及該樞接部= 接孔上之樞轉’而能於節省相機鏡頭結構所佔 下，實現該鏡頭部多角度拍攝之目的。 、月/ 【實施方式】 19866 6 200830023 , 第一實施例 ，併时閱第la與lb圖，其係本發明之相機鏡頭社 構之弟一貫施例的結構示意圖。如圖所示，本發明之= 鏡頭結構1包括m目機鏡頭結構，係包括/ 滑動部12以及鏡頭座13。 " 、該底座11，係設置有二條滑幸九⑴、第-限位部112 以及第二限位部113。於本實施例中，該底座11係执 於行動電話2上。需補充朗者，該二條滑轨iu ^第 一限位部112以及該第二限位部113係設置於該底座“ 之同一側面11a。此外，該滑轨ln、該第一限位部^2 以及該第二限位部113之數量可視實際需要增減，並不以 本實施例中所述者為限。於本實施例中，該第一限位部 112以及該第二限位部i丨3係為凹槽。 該滑動部12，係於相對該二條滑執m之第一側面 12a上設置有滑道121、開孔122以及限位件123，並於 ⑩第二侧面12b上開設樞接孔124，此外，該滑動部12之 内部開设有連通該開孔12 2與該樞接孔12 4之貫通部 125。於本實施例中，該滑道121之數量係相應該滑軌1】i 數量’亦即為二條，並套設於相應之該滑執ηι上，以令 該滑動部12透過該滑道121與該滑軌111於該底座u 上滑動。 另一方面，該樞接孔124之週緣124a的内徑略小於 該貫通部125之内徑。承前所述，相應該，該第一限位部 112以及該第二限位部113，該限位件123係為凸塊，俾 7 19866 200830023 於該滑動部12透過該滑道121與該滑軌111於該底座u 上滑動時，能透過將該限位件123卡接於該第—限位部 112以及該第二限位部113,以實現限制該滑動部12滑動 範圍之目的。於本發明之其他實施例中，該第一限位部 112以及該第二限位部丨丨3可為凸塊，該限位件} 則可 為凹槽。 較佳者，該滑動部12靠近該限位件123外側週緣開 D又有门型之中空結構12 6，俾令該限位件12 3可藉由該中 空結構126於該滑動部12上所形成之彈片結構，減少脫 離該第一限位部112以及該第二限位部113之阻力。 該鏡頭座13,係設置有樞接部131與鏡頭部132，該 樞接部131具有用以於樞接至該樞接孔124時，用以卡= 該樞接孔124之週緣124a的卡扣部131 a。 較佳者，該樞接孔124内側設有定位部124b，該樞 接部131設有相對於該定位部12扑之定位件⑶本 實施例中，該定位部12扑係為凹部，該定位件“汕係 凸部。於本發明之其他實施例中，該定 凸 部，毅位件㈣則可為凹部。具體言之，t該定2 ⑶b卡合至料位部襲時，可實現定位的效果，俾人 該鏡頭座13於餘接孔124幼轉時，可定位於特7 定位部⑽與該定位件咖之數量可依據需要 第二實施例 請參閱第2圖，其係本發明之相機鏡頭結構之第二實 19866 8 200830023 ^施例的示意圖。如圖所示，於本實施例中，本發明之相機 -鏡頭結構與第一實施例之主要結構相同，其差異在於該第 -限位部112’以及該第二限位部113,係設置於與設置有 該滑軌111之侧面11a垂直的另一側面.Ub。相對的，該 限位件123’則相應的設置於該滑動部12相對該侧面 lib ’亦即垂直於該第一側面12a與該第二側面i2b之第 三侧面12 c 〇 第三實施例 _ 请麥閱第3圖，其係本發明之相機鏡頭結構之第三實 施例的示意圖。如圖所示，於本實施例中，本發明之相機 鏡頭結構與第一實施例之主要結構相同，其差異在於該第 一限位部112”以及該第二限位部113”分別具有二個子限 位部，112乂與112，，13以及113%與113%，該第一限位部 112 ”以及該第二限位部丨丨3，，所具有之該二個子限位部 112 a與112”b以及113’’a與113”b，係分別設置於與設 #置有該滑軌1U之侧面Ua垂直的另二個相對之側面 ^與UC。相對的，該限位件123”則相應的設置於該滑動部 -12相對該側面lib與11c，亦即垂直於該第一側面12a 與該第二側面12b之第三側面12c與第三側面i2d。 綜上所述，本發明之相機鏡頭結構能透過該滑動部於 該底座上之滑動以及該樞接部於該樞接孔上之樞轉，而能 於節省相機鏡頭結構所佔空間的情況下，實現該鏡頭部多 角度拍攝之目的。 【圖式簡單說明】 19866 9 200830023 • 第13與lb圖係本發明之相機鏡頭結構之第一實施例 .的結構示意圖； ' 意圖第：係本發明之相機鏡頭結構之第二實施例的示 意圖第3圖係本發明之相機鏡料構之第三實施例的示 【主要元件符號說明】 >2 11 11a 111 112 相機鏡頭結構包括 行動電話 底座 llb ' Uc側面 滑軌 112’、112”第-限位部 112”a、ll2”b子限位部 113，，a 12 12a 12b 12c 12d 121 122 123 113、113’、113，，第二限位部 U3”b子限位部 滑動部 第一側面 第二侧面 弟三側面 第四側面 滑道 開孔 123、123”限位件 19866 10 200830023 · 124 樞接孔 .124a 週緣 124b 定位部 125 貫通部 126 中空結構 13 鏡頭座 ~ 131 柩接部 • 131a 卡扣部 ⑩ 131b 定位件 132 鏡頭部200830023 • Nine, invention description: - [Technical field of invention] A camera lens structure, more specifically, is a camera lens structure applied to a portable device. [Prior Art] With the advancement of electronic components, semiconductor industry and communication industry R&D technology, many large-scale and non-portable electronic devices, such as electric phones or computers, will allow users to be used in space. The electronic devices now have portable products that can be replaced, such as mobile phones, personal digital assistants (PDAs), palmtop computers or mobile phones. The use of these electronic devices is not limited by space. Month b, =- aspects 'Because of the above-mentioned data processing, the multimedia recording and broadcasting through these electronic devices is no longer difficult. Some portable electronic devices are considered users. The convenience of w's must be emphasized in terms of volume and weight. Therefore, how to provide a variety of functions in a limited space has become a problem that product designers must face. In the case of mobile phones, the current lens of mobile phones is quite common, but it is limited by the volume of the mobile phone = or the camera room must accommodate many mechanisms and components. Therefore, rain: internal air: the ground is fixed on the mobile phone. This kind of camera lens uses the space inside the mobile phone, but the shortcoming is that ^, "the page takes up the position and angle of the adjustment lens, and must be turned all the way: the method is independent and angled, which causes inconvenience and difficulty in shooting. The position of the bag is 19866 5 200830023 ' ^ Solve the shortcomings of the above camera lens structure, it is known to provide the technique of the spin (9) - head, 纟 σ structure, but the whistle τ, brother + and lens, (7) structure only this vertical The direction of the pivoting is rotated within the angle range of the cymbal, and there is still a limit on the use. The duty: two kilograms of the second/energy can provide a multi-angle shooting structure that can save the structure of the camera lens.四 遂 镜头 。 ( 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头 镜头The lens structure includes: a base, which has one slippery seal, at least one first limit portion and a ^ portion; the sliding portion is attached to the first side of the slipper; the position and the limit And a pivoting hole is formed on the second side, and a through portion connecting the opening and the pivoting hole is opened inside the power, and the number of the sliding is corresponding to the number of the sliding ', the inner diameter of the peripheral edge of the pivot hole is slightly smaller than °; ^ sliding, ^ 〆 贝 贝 之 之 ; ; ; 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及 以及The utility model has a buckle portion for locking the periphery of the pivot hole when the pivot hole is used, for example, the slide of the invention portion on the base and the pivot joint portion are compared with the conventional camera lens structure. The pivoting on the hole can save the camera lens structure and achieve the purpose of multi-angle shooting of the lens portion. Month / [Embodiment] 19866 6 200830023, the first embodiment, and the first and second readings The figure is a schematic structural view of a conventional embodiment of the camera lens organization of the present invention. As shown in the figure, the lens structure 1 of the present invention includes an m-camera lens structure including a/sliding portion 12 and a lens holder 13. " , the base 11, is provided with two slippery nine (1), the first limit portion 112 and the second limit In the embodiment, the base 11 is attached to the mobile phone 2. The two rails iu ^ first limiting portion 112 and the second limiting portion 113 are disposed on the base. "The same side 11a. In addition, the number of the slide rails ln, the first limiting portion ^2, and the second limiting portion 113 may be increased or decreased as needed, and is not limited to the one described in the embodiment. In this embodiment, the first limiting portion 112 and the second limiting portion i丨3 are grooves. The sliding portion 12 is provided with a slide 121, an opening 122, and a limiting member 123 on the first side surface 12a of the two sliding gates m, and a pivot hole 124 is defined in the second side surface 12b of the first sliding portion 12, and A through portion 125 that communicates with the opening 12 2 and the pivot hole 12 4 is defined in the sliding portion 12 . In the present embodiment, the number of the slides 121 is two corresponding to the number of the slide rails, and is set on the corresponding slides ηι so that the sliding portion 12 passes through the slides 121. The slide rail 111 slides on the base u. On the other hand, the inner diameter of the peripheral edge 124a of the pivot hole 124 is slightly smaller than the inner diameter of the through portion 125. As described above, correspondingly, the first limiting portion 112 and the second limiting portion 113, the limiting member 123 is a convex block, and the sliding portion 12 passes through the sliding path 121 and the sliding portion of the sliding portion 12 When the rail 111 slides on the base u, the limiting member 123 can be engaged with the first limiting portion 112 and the second limiting portion 113 to achieve the purpose of limiting the sliding range of the sliding portion 12. In other embodiments of the present invention, the first limiting portion 112 and the second limiting portion 丨丨3 may be protrusions, and the limiting member may be a groove. Preferably, the sliding portion 12 is adjacent to the outer periphery of the limiting member 123 and has a door-shaped hollow structure 12 6 so that the limiting member 12 3 can be disposed on the sliding portion 12 by the hollow structure 126. The formed elastic structure reduces the resistance from the first limiting portion 112 and the second limiting portion 113. The lens holder 13 is provided with a pivoting portion 131 and a lens portion 132. The pivoting portion 131 has a card for latching the peripheral edge 124a of the pivoting hole 124 when pivotally connected to the pivoting hole 124. Buckle 131 a. Preferably, the pivoting portion 124 is provided with a positioning portion 124b. The pivoting portion 131 is provided with a positioning member (3) opposite to the positioning portion 12. In the embodiment, the positioning portion 12 is a concave portion, and the positioning portion is configured as a concave portion. In the other embodiments of the present invention, the fixed convex portion and the positive position member (4) may be concave portions. Specifically, when the 2 (3) b is engaged to the material level portion, it can be realized. The positioning effect, when the lens holder 13 is rotated in the remaining hole 124, can be positioned in the special positioning portion (10) and the number of the positioning member can be according to the needs of the second embodiment, please refer to the second figure, which is Second embodiment of the camera lens structure of the invention 19866 8 200830023 ^ Schematic diagram of the embodiment. As shown in the figure, in the present embodiment, the camera-lens structure of the present invention is the same as the main structure of the first embodiment, and the difference lies in The first limiting portion 112' and the second limiting portion 113 are disposed on the other side surface .Ub perpendicular to the side surface 11a on which the sliding rail 111 is disposed. In contrast, the limiting member 123' is correspondingly disposed. The sliding portion 12 is opposite to the side lib ', that is, perpendicular to the first side 12a and the second side The third side of the i2b 12 c 〇 third embodiment _ please see the third figure, which is a schematic view of the third embodiment of the camera lens structure of the present invention. As shown, in the present embodiment, the present invention The camera lens structure is the same as that of the first embodiment, and the difference is that the first limiting portion 112" and the second limiting portion 113" respectively have two sub-limit portions, 112乂 and 112, 13, and 113. % and 113%, the first limiting portion 112" and the second limiting portion 丨丨3, having the two sub-limit portions 112a and 112"b and 113"'a and 113"b, They are respectively disposed on the other opposite sides ^ and UC perpendicular to the side Ua on which the slide rail 1U is placed. In contrast, the limiting member 123" is correspondingly disposed on the sliding portion -12 opposite to the side surfaces lib and 11c, that is, perpendicular to the third side surface 12c and the third side surface of the first side surface 12a and the second side surface 12b. I2d. In summary, the camera lens structure of the present invention can save the space occupied by the camera lens structure by sliding the sliding portion on the base and pivoting the pivoting portion on the pivot hole. In this case, the purpose of the multi-angle shooting of the lens portion is achieved. [Simple description of the drawing] 19866 9 200830023 • The 13th and 1st drawings are schematic diagrams of the first embodiment of the camera lens structure of the present invention; 'Intent: BRIEF DESCRIPTION OF THE DRAWINGS FIG. 3 is a view showing a third embodiment of the camera lens structure of the present invention. [Main component symbol description] > 2 11 11a 111 112 Camera lens structure including a mobile phone Base llb ' Uc side rails 112', 112" first-limit portion 112"a, ll2"b sub-limit portion 113, a 12 12a 12b 12c 12d 121 122 123 113, 113', 113, second Limiting portion U3"b sub-limit portion sliding portion The first side, the second side, the third side, the fourth side, the fourth side slide opening 123, 123", the limiting member 19866 10 200830023 · 124 the pivoting hole 124a, the peripheral edge 124b, the positioning portion 125, the through portion 126, the hollow structure 13, the lens holder ~ 131 • 131a snap part 10 131b locating part 132 lens part