M276221 八、新型說明： 【新型所屬之技術領域】 用數ifϊϊ關於一種數位相機對焦鏡頭結構，尤其側於-種行動h 用數位相機對焦鏡頭結構。 ！仃勒兒話 【先前技術】 在人媒體技術之發展，數位相機、攝影機越來越為廣大消費者青睞 位相機、攝影機追求小型化之同時，人們希望於同ί置月二 或焦距之相機應運而生。且獲仟之影像畫面清晰’由此可改變像距 習知改變焦距之相機通常藉由改變 距。該種鏡頭賴包含邮ρ Λ鏡片組之間相對距離，來改變焦 型攜帶式電子\1 結構較為複雜，體積較大，不適用於小 元株另# ·知錢像距之相機，包括套筒和鏡筒，套筒底部設有影像感測 壁設有内螺紋，鏡筒内壁設有鏡片，其外壁設有外螺紋，於拍 置物體時，藉由螺紋結構調整鏡筒與套筒之間 像於影像感測元件上，該種結構雖可實現調整像距， 、，文結構製作精度難於控制，製造有一定難度。 系 【新型内容】 、又 要。有·此’提供-種製造相單之數位相機雜鏡頭結構實為必 二下列舉触貫施方式說鴨數位相機難綱結構·· 接邱數姉機難鏡頭結構較佳實施方式包括：—底座，·-連 連接可連接丄—鏡筒，其與連接部之間轉動滑動連接，且該 盥鏡動’ 一拉桿，該拉桿分別與鏡筒和底座連接。 相動本ίίί施方式之數位相機對焦鏡頭結構拉桿帶動鏡筒 ^=獅衫像感測元件之間距離，且於任意位置藉由彈片與鏡狀卡 ‘i工製ϊϊϊ為簡單，控制方便。該數位相機對焦鏡頭 【實施方式】 1料ί旬作么㈣種數位相機對焦鏡頭結構較佳實施方式，請參照第-圖， 姻焦鏡頭結構包括底座1、影像感測元_蝴、錢2、鏡二 M276221 4及拉桿5。 底座1起支撐作用’其形狀為長方體，包括二對稱之端壁瓜及二對稱 之側壁114。該底座！之一側壁114上開設有第一銷孔12。底座丄上設有 影像感測讀，該影像感測元件為一補充性氧化金屬半導體 啊T#CM〇S) ’其用於將外部被攝物反射之光 學影像訊唬轉換為電信號。 套筒2為中空圓筒狀，其位於影像感測元件上，且套筒2 一端固定於底 座1上二另一端為一開口端22，該開口端22用以收容鏡筒3。 一 鏡筒3包括凸緣32與筒身34，該凸緣32位於鏡筒3頂部，其上 圓士，1=7 33 ’凸緣32下部之筒身34為中空圓筒狀，圓形開口 33盘筒 身34相貫通。筒身34之外徑小於套筒2之内徑，使鏡筒3可相對於套筒2 2 紐板影像匯聚 ^ Γδ。 對私^又有銷 鏡筒外圓周壁上，開有複數卡 4可螺制定於套筒2之内側壁上，頂部折成鉤狀。該彈片 4 了於鏡茼3之卡槽38上滑動且可卡於任一卡槽38上。 拉桿5為桿狀，兩端分別彎折成連接端52，該 孔12和第二銷孔36轉動連接。 安㈣刀別與第-銷 螺釘見第一圖’先將套筒2點膠固定於底座1上，彈片4藉由 土、丁口疋於套肖2之内壁。鏡片藉由鏡筒3之圓形開口 ％置於 ， 使鏡片與鏡筒3喊面緊魏合；再將顧3從套筒 端】， 使鏡筒3之凸緣32顯露於套筒2上，鏡筒3之筒身％之二 一銷孔36，使拉桿5與第一銷孔12和第二銷孔％連接。 弟 拍攝物體時，被攝物於遠處時，轉動鏡筒3之凸緣幻 =彈性作用，由鏡筒3之任_卡槽38相對轉動到相鄰之卡^之同彈日^ 2 32帶動拉桿5，拉桿5之傾斜角度加大，帶動鏡筒3 ^ =下4動’使職3與影像_元件之舰雜近，進而 ==、土 感二 本創作另-實施方式不同在於，鏡筒3之筒身34之外周壁與套筒2之 M276221 =====之作㈣外力作用下， 該位置上。 上下⑺動，撤去外力後，鏡筒3可固定於 方式底座1可為圓柱體等形狀。 成形。1另一霄施方式’該數位相機對焦鏡頭結構套筒2與底座i可一體 鏡筒3與底座！連接，底座i上開 木金'，連接部形式’如直接將 該凹槽側壁與鏡筒3之筒身34轉動^動^合Γ像感測树設於凹槽底部， 2所述’本創作符合新型專利要件，爰依法提出專辦請。惟，以 ^所迷者僅為本_之健實關，舉凡熟悉本案技藝之人士，在援依本 效修飾缝化，_含糾下物_範圍内。 第一圖係本創作數位相機對焦鏡頭結構分解示意圖； 第二圖係本創作數位相機對焦鏡頭結構裝配圖。 【主要元件符號說明】 1 端壁 112 114 第一銷孔 12 2 開口端 22 3 凸緣 32 33 筒身 34 36 卡槽 38 4 52 拉桿 5 底座 側壁 套筒 ΑΛ. Α-Λ* 鏡同 圓形開口 第二銷孔 彈片 連接端M276221 8. Description of the new model: [Technical field to which the new model belongs] Use a digital if to focus on a digital camera focusing lens structure, especially for one action h using a digital camera focusing lens structure. !! [Early technology] In the development of human media technology, digital cameras and camcorders are becoming more and more popular among consumers. At the same time that people are pursuing miniaturization, people hope that cameras with the second or focal length will be applied. Was born. And the obtained image has a clear picture ’, which can change the image distance. Known cameras that change the focal length usually change the distance. This kind of lens depends on the relative distance between the ρ and Λ lens groups to change the focal-type portable electronics. \ 1 The structure is more complicated and the volume is larger. It is not suitable for Xiao Yuan Zhu another #. Tube and lens barrel, the bottom of the sleeve is provided with an image sensing wall with internal threads, the inner wall of the barrel is provided with lenses, and the outer wall is provided with external threads. When shooting an object, the lens barrel and the sleeve are adjusted by the thread structure. The time-lapse image is on the image sensing element. Although this structure can adjust the image distance, it is difficult to control the precision of the production of the structure, and it is difficult to manufacture. Department [new content], and again. Yes · This'provide- a kind of digital camera with a miscellaneous lens structure is a must-have method to explain the difficulty of the Duck digital camera. · The preferred embodiments of the lens structure of the digital camera include:- The base, · -connected can be connected to the 连-lens barrel, which is connected to the connecting part by a sliding connection, and the mirror moves a pull rod, which is connected to the lens barrel and the base, respectively. The digital camera focusing lens structure lever of the phase-shifting method is used to drive the lens barrel ^ = the distance between the lion shirt-like sensing elements, and the elastic lens and the mirror-shaped card at any position are simple and easy to control. The digital camera focusing lens [Implementation] 1 material is a preferred embodiment of a digital camera focusing lens structure, please refer to the figure-the structure of the in-focus lens includes the base 1, the image sensing element _ butterfly, money 2 , Mirror two M276221 4 and tie rod 5. The base 1 plays a supporting role 'and has a rectangular parallelepiped shape, including two symmetrical end papaya and two symmetrical side walls 114. The base! A first pin hole 12 is defined in one of the side walls 114. The base 设有 is provided with an image sensing reading, and the image sensing element is a complementary metal oxide semiconductor (T # CM0S) ′, which is used to convert the optical image signal reflected by an external subject into an electrical signal. The sleeve 2 is a hollow cylinder, which is located on the image sensing element, and one end of the sleeve 2 is fixed on the base 1 and the other end is an open end 22 for receiving the lens barrel 3. A lens barrel 3 includes a flange 32 and a barrel body 34. The flange 32 is located at the top of the lens barrel 3, and the upper barrel is 1 = 7 33. The barrel body 34 at the lower portion of the flange 32 is a hollow cylinder with a circular opening. The 33-coil body 34 intersects. The outer diameter of the barrel body 34 is smaller than the inner diameter of the sleeve 2, so that the lens barrel 3 can converge with the image of the button plate 2 ^ Γδ relative to the sleeve 2 2. There are pins on the outer peripheral wall of the lens barrel, and a plurality of cards 4 can be screwed on the inner side wall of the sleeve 2 and the top is folded into a hook shape. The elastic piece 4 slides on the card slot 38 of the mirror 3 and can be snapped on any card slot 38. The tie rod 5 is rod-shaped, and the two ends are respectively bent into a connection end 52, and the hole 12 and the second pin hole 36 are rotationally connected. See the first picture for the An's knife and the first-pin screw. First, dispense the sleeve 2 on the base 1 and fix the elastic piece 4 on the inner wall of the sleeve Xiao 2 with soil and tin. The lens is placed through the circular opening of the lens barrel 3, so that the lens and the lens barrel 3 are tightly closed; then Gu 3 is from the sleeve end], so that the flange 32 of the lens barrel 3 is exposed on the sleeve 2 The pin hole 36 of the barrel body 2 of the lens barrel 3 makes the tie rod 5 connected to the first pin hole 12 and the second pin hole%. When the younger is shooting the object, when the subject is far away, the flange of the lens barrel 3 is turned. The elastic effect is caused by the relative rotation of any of the lens barrel 3 _ card slot 38 to the adjacent card ^^ 32 32 Drive the lever 5, the inclination angle of the lever 5 is increased, and the lens barrel 3 is moved ^ = the next 4 moves, the ambassador 3 is close to the ship of the image _ component, and then ==, the feel of the second book is different-the implementation is different, The outer peripheral wall of the barrel 34 of the lens barrel 3 and the M276221 of the sleeve 2 ====== this position is under the action of external force. After moving up and down to remove the external force, the lens barrel 3 can be fixed to the base 1 and can be shaped like a cylinder. Forming. 1Another way ’The digital camera focusing lens structure sleeve 2 can be integrated with the base i The lens barrel 3 and the base! Connection, the base i is opened with wooden gold, and the connection form is "if the side wall of the groove is directly rotated with the barrel 34 of the lens barrel 3, the image sensing tree is set at the bottom of the groove, The creation complies with the requirements for new patents, and a special request is submitted in accordance with the law. However, the person who is lost is only the health of this _. Those who are familiar with the skills of this case, within the scope of _ including corrections _, are modified according to the effect. The first picture is an exploded schematic diagram of the focusing lens structure of the digital camera of the original creation; the second picture is an assembly drawing of the focusing lens structure of the digital camera of the original creation. [Description of main component symbols] 1 End wall 112 114 First pin hole 12 2 Open end 22 3 Flange 32 33 Body 34 36 Card slot 38 4 52 Tie rod 5 Base side wall sleeve ΑΛ. Α-Λ * Mirror same circle Opening second pin hole shrapnel connection end