M248161 五、創作說明（l) 【新型所屬之技術領域】 於便像摘取裝置，尤其係關於-種用 子裝置之數位相機之影像操取裝置。 隨著科技的不斷發屏，你崔 η 便攜式電子裝置如行動電話， f Ϊ 曰漸趨向於輕巧、美觀及多功能 ^ :功此係近年新發展行動電話之附加功能。請 置i〇-般包括複數透鏡130、複數橡膠墊132、鏡筒i2、基 座U及感測器16。該鏡筒12包括一筒身12〇及一上蓋122， 汶筒身1 2 0係中空圓柱以容納該複數橡膠墊1 3 2及複數透 鏡1 3 0，其外壁上设有螺紋。感測器〗6安裝於電路板工5 上丄與其上之相關電路相連接。基座14包括底座141及取 景筒142。。，底座141可固定於電路板15上。取景筒142對應 於感測器1 6上方，取景筒丨42内壁設有與鏡筒丨2外壁之螺 紋相配合之螺紋。組裝時，該複數透鏡丨3〇及複數橡膠墊 132間隔塞裝於該筒身12〇之中空腔内，該複數橡膠墊132 位於複數透鏡130之間以定位該複數透鏡13〇之間距。將基 座1 4固定於電路板上方，使取景筒正對感測器丨6。再將鏡 筒12插入取景筒，利用筒身12〇外壁與取景筒142内壁相配 合之螺紋調整透鏡組與感測器丨6之間距，至成像最清晰時 將鏡筒12與取景筒142固定。由於橡膠墊易變形，塞裝透 鏡時容易造成透鏡之角度偏差，光軸不準，組裝良率偏 低，影響數位相機之成像質量，另，當該複數透鏡間距因 五、創作詋明（2) 意外原因未達要求時， μ 有鑒於此，提供一種可調^二= ”，提高組裝良率之影像掏；2!=及對準透鏡組 【新型内容】 衣置貝為必要。 本創作之目的在於 整透鏡間間距及對準透透；位置可調，從而可調 取裝置。 鏡組先轴，提高組裝良率之影像摘 本創作之影像擷取裴置’其一 筒；複數透鏡；一基座，$ 鏡筒；一内鏡 二用於將光訊號轉化為電訊號：；：：： 鏡刀別女裝並固定於内鏡筒盥 4中忒歿數透 ;内鏡筒之外徑相配合，内鏡筒可插入外c之内捏 動，外鏡筒之外徑與基座之取同亚相對其運 可插入取景筒並相對其運動，f; :: 2酉己合，外鏡筒 座中。 〜像感測益容置於基座之底 2習知之影像操取裝置本創作之影 ::別裝設於内鏡筒及外鏡筒中，該 η =準’提高組裝良率之鏡筒。另，本發明藉由一 1整 ，對I設有透鏡之外鏡筒與内冑筒之纟置關 即，操作方便。 【實施方式】 4苓照第二圖所不，本創作之影像擷取裝置2〇包括一 鏡同21、一内鏡筒22、第一透鏡21〇、第二透鏡22〇、— M248161 五、創作說明（3) 基座24及一影像感測器2 6。 ^外鏡筒2 1係一中空圓柱體，其一端設有頂蓋2〗1，該 頂盍1用以保護透鏡21 〇、220且可讓外界之光線入射至 透鏡210、220。该外鏡筒21外壁設有第一螺紋212，用於 與基，24安裝配合。第一透鏡2 1〇通常為圓形非球面透 鏡^安裝並固定於外鏡筒21靠頂蓋2 11 一端。内鏡筒22為 /中工圓枝體，其一端設有複數卡槽2 2 2。該内鏡筒Μ之外 徑與外鏡筒21之内徑相配合，使得内鏡筒22可插入外鏡筒 21内並與其緊密配合而不發生鬆動。同時，内鏡筒之長 度$適度，保證裝配後其不伸出外鏡筒2丨。第二透鏡2 2 〇 通常為&圓形非球面透鏡，安裝並固定於内鏡筒以遠離卡槽 知/、與苐透鏡210共同組成透鏡組，從而可將入 射光線聚焦於影像感測器2 6上。 社。器”安裝於電路板25上，且與其他相關電路相連 二〜感測斋26為可記錄光線變化之半導體組件，能夠將 戶收之光訊號轉化為電訊號。其可為CCD(Charge ^oupled Devlce，電耦合器件）或CM〇s(c〇mplementary = 〇xlde Semic〇nduct〇r，互補金屬氧化物半導體）。 基座24包括底座241及取|饩949，&旦#、 外锖冰μ々~ 242取景同242内壁設有與 L卜=外壁之弟-螺紋212相配合之第二螺紋243。外鏡 同21可插入取景筒242，並藉由第一螺紋21 243旋至轉而乂對於取景筒242上下移動。 22於：圖所示，—調整工具3〇 ’用於調整内鏡筒 卜鏡⑻1中之位置。該調整卫具30包括-連接部份31 五、創作說明（4) /、》疋轉部份3 2。連接部份彳技山 於内鏡筒22之外經，從而可使，亥=圓柱體，其外徑略小 亚可相對其轉動。連接部份正工具30插入外鏡筒21 片33與内鏡筒22之卡槽m相配^二有^數卡㈣，該卡 部份31之遠離卡片33 _端，1 ^疋轉邛份32設於連接 使用其轉動該調整工具3〇。該接：份31，便於 動時愈省力。連接部31之長度^ = 之外徑愈大則轉 筒2】内調整内鏡筒22，而旋轉；;出；，入外鏡 該調整工具時使用。為 Π2路出鏡向，以供旋轉 旋轉部份32設置為方可：該調整工具3。之 外側壁上設置防滑槽。 < y或於碇轉部份32之 日*，‘： 5 Ϊ 一圖及第四圖所示’裝配該影像擷取裝置20 :且有卡、22:弟：透J22°安裝並固定於内鏡筒22内遠離 二二有卡槽222 —知。再將内鏡筒22安裝有第二透鏡？“ ^插人外鏡筒21内’從而其具有卡槽222 —端靠近 同21遂離頂蓋211 -端。然後將調整工具3〇插入外鏡筒 21 ’使調整工具30之卡片33與内鏡筒22之卡槽222卡合， 轉動旋轉部份32，從而帶動内鏡筒22旋轉，$ 口 筒22於外鏡筒21内之位置，至第一透鏡21〇與第二透鏡内2 = 所組成之透鏡組之焦距達到預定值並對準光軸後，上膠固 定。將底座241固定於電路板25上，使感測器26容納於底 座2 4 1中並使取景筒2 4 2對應於感測器2 6上方，使得入射一光 線可通過取景筒242入射到感測器2 6上。將裝配後之内鏡 第8頁 M248161 五 創作說明（5) 同22與外全^>^91 F1 鏡筒21外=第二螺：$之鏡筒插入取景筒242，利用外 使即可 感測器26之距離，至成像質I田乂土 便卩了，然後上膠將其二者固定。 至成彳豕貝里取佳 可以理解，内鏡筒2 設有相配合之精密螺紋 :鏡筒2 1之内壁間亦可 攸而调整内鏡筒22與外鏡筒21内之位置累、，文疋進外鏡同， ^上所述，f創作符合新型專利要件，妥依法 ::::。·，以”，者僅為本創作之較佳實施二 作之範圍並不以上述實施例為限，舉凡熟習本案技藝之7 士援依本創作之精神所作之等效修飾或變化，皆應^蓋於 以下申請專利範圍内。 ^ ' M248161 圖式簡單說明 第一圖係習知之影像擷取裝置拆解圖。 第二圖係本創作之影像擷取裝置拆解圖。 第三圖係本創作之影像擷取裝置之組裝圖。 第四圖係第三圖沿I V - I V方向剖視圖。 第五圖係本創作之影像擷取裝置調整工具之立體圖。 【主要元件符號說明】 影像擷取裝置 20 外鏡筒 21 第一透鏡 210 頂蓋 211 第一螺紋 212 内鏡筒 22 第二透鏡 220 插槽 222 基座 24 底座 241 取景筒 242 第二螺紋 243 電路板 25 影像感測器 26 調整工具 30 連接部份 31 旋轉部份 32 卡片 33M248161 V. Creative Instructions (l) [Technical Field to which the New Type belongs] The device for extracting images, especially an image manipulation device for a digital camera with a sub-device. With the continuous development of technology, your portable electronic devices, such as mobile phones, have gradually become lighter, more beautiful, and more versatile ^: This is an additional function of newly developed mobile phones in recent years. The device i0 generally includes a plurality of lenses 130, a plurality of rubber pads 132, a lens barrel i2, a base U, and a sensor 16. The lens barrel 12 includes a barrel body 120 and an upper cover 122. The barrel body 120 is a hollow cylinder to accommodate the plurality of rubber pads 13 and the plurality of lenses 1 30. The outer wall is provided with threads. The sensor 6 is installed on the circuit board 5 and connected to the relevant circuit on it. The base 14 includes a base 141 and a viewfinder tube 142. . The base 141 can be fixed on the circuit board 15. The viewfinder tube 142 corresponds to the top of the sensor 16, and the inner wall of the viewfinder tube 42 is provided with a thread that matches the screw thread on the outer wall of the lens barrel 2. When assembling, the plurality of lenses 30 and the plurality of rubber pads 132 are installed in the cavity in the barrel 120, and the plurality of rubber pads 132 are positioned between the plurality of lenses 130 to position the plurality of lenses 13 apart. Fix the base 1 4 above the circuit board so that the viewfinder is facing the sensor 6. Then insert the lens barrel 12 into the viewfinder tube, and adjust the distance between the lens group and the sensor 6 by using the thread matching the outer wall of the barrel body 120 and the inner wall of the viewfinder tube 142, and fix the lens barrel 12 and the viewfinder tube 142 when the imaging is clearest . Due to the easy deformation of rubber pads, the angle deviation of the lens is easily caused when the lens is plugged, the optical axis is inaccurate, the assembly yield is low, and the imaging quality of the digital camera is affected. ) When the unexpected cause does not meet the requirements, μ In view of this, we provide an adjustable image to improve the assembly yield; 2! = And alignment lens group [new content] clothing is necessary. This creation The purpose is to adjust the distance between the lenses and to align them transparently; the position can be adjusted so that the device can be adjusted. The lens group has an axis to improve the assembly yield. ; A base, $ lens barrel; an endoscope two for converting optical signals into electrical signals:; ::: mirror knife pinned to women's clothing and fixed to the endoscope tube 4; digital lens; The outer diameter is matched, the inner lens barrel can be inserted into the outer c and pinched. The outer diameter of the outer lens barrel can be inserted into the viewfinder tube and moved relative to the base. F; :: 2 酉 合 合, The outer lens barrel seat. ~ Image sensing Yirong placed on the bottom of the base 2 known image manipulation equipment Set the shadow of this creation :: Don't install in the inner lens barrel and the outer lens barrel, the η = quasi 'lens barrel to improve the yield of the assembly. In addition, the present invention provides a lens outside mirror for I [Embodiment] 4 Ling Zhao according to the second picture, the image capture device 20 of this creation includes a mirror 21, an endoscope tube 22, the first Lens 21〇, 2nd lens 22〇, M248161 V. Creation instructions (3) Base 24 and an image sensor 26 6. ^ Exterior lens tube 2 1 is a hollow cylinder with a top cover 2 at one end 〖1, The top 盍 1 is used to protect the lenses 21 〇, 220 and allow the external light to enter the lenses 210, 220. The outer wall of the outer lens barrel 21 is provided with a first thread 212 for installation and cooperation with the base 24. The first lens 2 10 is usually a circular aspheric lens. It is mounted on and fixed to the end of the outer lens barrel 21 near the top cover 2 11. The inner lens barrel 22 is a / zhonggong round body, and one end is provided with a plurality of card slots 2 2 2. The outer diameter of the inner lens barrel M is matched with the inner diameter of the outer lens barrel 21, so that the inner lens barrel 22 can be inserted into the outer lens barrel 21 and closely fit with it without loosening. At the same time, The length of the lens barrel is moderate, to ensure that it does not protrude from the outer lens barrel 2 after assembly. The second lens 2 2 0 is usually a & circular aspherical lens, which is installed and fixed on the inner lens barrel away from the slot. The lens 210 together forms a lens group, so that the incident light can be focused on the image sensor 26. The "device" is mounted on the circuit board 25 and is connected to other related circuits. The sensor 26 is a recordable light. The changed semiconductor components can convert the light signals received by households into electrical signals. It can be a CCD (Charge ooupled Devlce, electrically coupled device) or CM0s (complementary = 0xlde Semiconductor, complementary metal oxide semiconductor). The base 24 includes a base 241 and a picking 饩 949, & The outer mirror 21 can be inserted into the viewfinder tube 242, and is rotated by the first thread 21 243 to turn the viewfinder tube 242 up and down. 22 in: As shown in the figure, an adjustment tool 3 ′ is used to adjust the position in the endoscope tube 1 and the mirror 1. The adjusting fixture 30 includes-a connection part 31. V. Creative Instructions (4) /, "Turning part 3 2". The connecting part passes outside the inner lens barrel 22, so that the diameter of the cylinder is slightly smaller than that of the cylinder, and it can be rotated relative to it. The connecting part front tool 30 is inserted into the outer lens barrel 21, the piece 33 is matched with the card slot m of the inner lens barrel 22, and there are several cards, the card portion 31 is far from the card 33 _ end, 1 ^ turn turn 32 Set the adjustment tool 30 using the connection to turn it. The connection: part 31, which makes it easier to save effort when moving. The length of the connecting portion 31 ^ = the larger the outer diameter is, the drum 2] adjusts the inner lens barrel 22 inside and rotates;; out ;, enters the outer mirror This adjustment tool is used. It is Π2 way out of the mirror for rotation The rotation part 32 is set only: the adjustment tool 3. A slip groove is provided on the outer side wall. < y or on the day of turning part 32 *, ': 5 Ϊ As shown in the picture and the fourth picture,' the image capture device 20 is installed: with card, 22: brother: through J22 °, installed and fixed The inner lens barrel 22 is far away from the second and second grooves 222. Is the second lens mounted on the inner lens barrel 22? "^ Insert into the outer lens barrel 21 'so that it has a card slot 222-the end is close to the same 21 and then separated from the top cover 211-end. Then insert the adjustment tool 30 into the outer lens barrel 21' so that the card 33 of the adjustment tool 30 and the inside The groove 222 of the lens barrel 22 is engaged, and the rotating portion 32 is rotated to drive the inner lens barrel 22 to rotate. The position of the mouth tube 22 in the outer lens barrel 21 to the first lens 21 and the second lens 2 = After the focal length of the formed lens group reaches a predetermined value and is aligned with the optical axis, the glue is fixed. The base 241 is fixed on the circuit board 25 so that the sensor 26 is accommodated in the base 2 4 1 and the viewfinder 2 4 2 Corresponds to the upper part of the sensor 26, so that an incident light can be incident on the sensor 2 6 through the viewfinder tube 242. The assembled endoscope Page 8 M248161 Five creative instructions (5) Same as 22 and outer ^ & gt ^ 91 F1 Outside of the lens barrel 21 = the second screw: the lens barrel of $ is inserted into the viewfinder tube 242, and the distance of the sensor 26 can be sensed by using an external lens, and the image quality I field is soiled, and then glued to it The two are fixed. It can be understood that it is best to be perfect. The endoscope tube 2 is provided with a matching precision thread: the inner wall of the lens tube 2 1 can also be adjusted. The positions of the tube 22 and the outer lens tube 21 are tired, and the text is the same as that of the outer lens. ^ As mentioned above, f creation complies with the new patent requirements, according to the law ::::. The scope of the preferred implementation of the second work is not limited to the above-mentioned embodiments. For example, any equivalent modification or change made by the 7 persons who are familiar with the skills of this case according to the spirit of this creation should be covered within the scope of the following patent applications. ^ 'M248161 Brief description of the diagram The first picture is a disassembly diagram of a conventional image capturing device. The second picture is a disassembled image capture device of this creation. The third picture is the assembly diagram of the image capture device created in this work. The fourth diagram is a cross-sectional view of the third diagram along the I V-I V direction. The fifth image is a perspective view of the adjustment tool of the image capture device of this creation. [Description of main component symbols] Image capture device 20 Outer lens barrel 21 First lens 210 Top cover 211 First thread 212 Inner lens barrel 22 Second lens 220 Slot 222 Base 24 Base 241 Viewing tube 242 Second thread 243 Circuit Plate 25 Image sensor 26 Adjusting tool 30 Connecting section 31 Rotating section 32 Card 33
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