M438643 五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係有關於一種電子裝置之附加式立體影像鏡 架，特別是可裝設於具有攝影功能之電子裝置，並拍攝 3D立體影像之鏡架° [先前技術] [0002] 現今影像呈現格式已由平面2D影像轉為立體3d圖像 ，3D立體影像因給予人有景深遠近的親歷實境感受，而 使3D立體電影适年來也開始蔚為風潮，並給予觀眾有不 同以往觀看2D平面電影的感官感受，又3D電視也開始曰 益普遍，如此觀眾於觀看影像就有更多不同的選擇。 又中華民國新型專利公開第20101 5203號「具有照 相功能之電子裝置」其係為一種具有照相功能之電子裝 置。此電子裝置包括本體及滑蓋結構。本體包括鏡頭模 組及控制模組；滑蓋結構係可移動地結合於本體，滑蓋 結構包括一光學模組，光學模組包括二光入射孔，且二 光入射孔之間距為實質上人類雙眼之平均間距；藉由移 動滑蓋結構可使鏡頭模組透過光學模組取得二影像，並 且藉由控制模組可處理二影像以形成一3D格式影像。 上述前案雖可知拍攝出3D格式影像，但光學模組無 法調整内部鏡片的角度’以調整適合鏡頭之拍近或拍遠 的角度’另外該光學模組有無法調整㈣視角之缺點， 若需要拍攝更廣或不同視肖的影像於同一 畫面或照片時 ，因該光學模組無法直接調整其内部鏡頭，以達到拍攝 1012034476-0 更廣或不同视角之效果，並且該滑蓋結構必須配合電子 10I2I073#卓編號Α01ίΠ 第3頁/共21頁 M438643 裝置内部的控制模組，才可拍攝出3D格式的影像，而無 法讓其他攝影裝置裝設，如此使用上有侷限的不便。 【新型内容】 [0005] 爰此，有鑑於一般電子裝置未具有拍攝3D立體格式 影像的功能，本創作係提供一種電子裝置之附加式立體 影像鏡架，係包含有一鏡架體，其内部形成有一容置槽 ，且該鏡架體係設有連通至該容置槽之一開口及一鏡頭 孔；一第一鏡片組，係設置於該鏡架體之容置槽内，該 第一鏡片組係包含有二相互對稱之第一鏡片，該等第一 鏡片係位於該鏡頭孔前方，且該等第一鏡片係對齊至該 鏡頭孔，該等第一鏡片相遠於該鏡頭孔之一端係偏向該 鏡頭孔中央而形成有一夾角；一第二鏡片組，係設置於 該鏡架體之開口兩相對側面，該第二鏡片組係包含有二 轉軸及二固接於該轉軸之第二鏡片，該等轉軸係各設有 一撥鈕於該鏡架體外側；藉由轉動撥鈕調整該等第二鏡 片偏向該鏡頭孔中央之角度，而投射至該等第二鏡片之 光線反射至該等第一鏡片上，且該等第一鏡片再將光線 反射至鏡架體之鏡頭孔。 [0006] [0007] [0008] [0009] 上述之架體係設有一供安裝用之固定件。 上述之固定件係為一插銷對應一插座。 上述之插座係設置於一攝像裝置或攝像裝置之保護 套上。 上述之第一鏡片组係設有一軸柱，且該等第一鏡片 係設置於該軸柱兩側。 1〇121〇7#單编號 A〇101 第4頁/共21頁 1012034476-0 M438643 [0010] 上述之夾角係介於30度角至160度角。 [0011] 上述之夾角係90度角。 [0012] 本創作進一步包含有一濾鏡片，且該鏡架體係設有 一對應穿入該濾鏡片之狹缝於該開口上，該濾鏡片係設 有一拉把。 [0013] 本創作具有下列優點： [0014] 1.本創作係可藉由將拍攝區域的光線經由第一鏡片 組及第二鏡片组反射入電子裝置的鏡頭，以攝影兩相同 拍攝區域之影像，進而達到拍攝出立體影像之效果。 [0015] 2.本創作係可將其裝設於手機或相機鏡頭上，並方 便使用者直接拍攝出3D立體格式的影像。 [0016] 3.本創作因可直接轉動撥鈕而調整第二鏡片的角度 ，進而使第二鏡片分別調整到所需拍攝的視角，如此當 拍攝視角較小或不足而無法拍攝到完全的景象時，可直 接將拍攝視角分割成兩個畫面，以容納不同視角的景象 〇 [0017] 4.本創作可結合於攝影裝置之保護套上，可直接套 合在攝影裝置上即可使用。 ° [0018] 5.本創作可搭配不同的濾鏡片，以達到更換不同的 拍攝效果。 【實施方式】 [0019] 首先，如第一圖及第二圖所示，本創作係為一種電 子裝置之附加式立體影像鏡架，係包含有一鏡架體（1)、 HU2107#單編號 A〇101 第5頁/共21頁 1012034476-0 [0020]M438643 一第一鏡片組（2)及一第二鏡片組（3)，其中： 鏡架體（1) ’其内部形成有一容置槽（11)，且該鏡架 體（1)係設有連通至該容置槽（11)之一開口（12)及一鏡 頭孔（13)，且該鏡架體係設有一供安裝用之固定件（14) ’該固定件（14)係為一插銷。 [0021] 第一鏡片組（2)，係設置於該鏡架體（丨）之容置槽 (11)内，該第一鏡片組（2)係包含有一軸柱（21)及二相 互對稱之第一鏡片（22)，且該等第一鏡片（22)係設置於 該軸柱（21)兩側，該等第一鏡片（22)係位於該鏡頭孔 (13)前方，該等第一鏡片（22)係對齊至該鏡頭孔（13)， 該等第一鏡片（22)相遠於該鏡頭孔（13)之一端係偏向該 鏡頭孔（13)中央而形成有一夾角，該夾角係介於30度角 至160度角，本實施例之夾角係9〇度角。 [0022] 第二鏡片組（3)，係設置於該鏡架體u)之開口（12) 兩相對側面，該第二鏡片組（3)係包含有二轉軸（31)及二 固接於該轉軸（31)之第二鏡片（32)，該等轉軸（31)係各 設有一撥鈕（33)於該鏡架體（1)外側。 [0023] 拍攝立體影像時，如第三圖至第四圖所示，鏡架體 (1)之固定件（14)係為一插銷，一攝像裝置（A)上係設有 一對應插合該固定件（14)之插座（Αι),以組合固定該鏡 架體（1)於該攝像裝置（A)，此時使用者可將鏡架體 之開口（12)正對一拍攝物件，又使用者可直接轉動撥 鈕（33)而調整第二鏡片（32)的角度，進而使第二鏡片 (32)調整到適合拍攝該拍攝物件（B)的視角，如此當拍攝 10121073^^^ 視角較小而無法拍攝到完全的拍攝物件（B )時，使用者可 10101 第6頁/共21頁 1012034476-0 直接將抬攝視角分割成兩個畫面，以容納不同視角的景 象，而達到完全拍攝該拍攝物件（B)，而有拍攝物件（B) 投影的光線（C)會先投射至該等第二鏡片（32)，並從第二 鏡片（32)反射至該等第一鏡片（22)上，且該等第一鏡片 (22)再將該光線反射至鏡架體（丨）之鏡頭孔（I”，使用 者可藉由轉動撥鈕（33)[請參閱第—圖所示]調整該等第 二鏡片（32)偏向該鏡頭孔（13)中央之角度，並配合攝像 裝置（A)之顯示幕（A2)，如第五圖所示，使用者可調整拍 # 攝物件⑻之位置於顯不幕（A2)上，並能顯示出-具有兩 相同拍攝物件⑻之影像⑻，而攝像裝置⑴錄攝該影 像⑻，而被拍攝之影像⑻呈現於具有顯示抑立體影像 功能之顯示器上，使用者可直接看出該影像（D)呈現出3D 立體的效果。 241 拍攝遠處的拍攝物件（B)時，如第六圖所示，當拍攝 物件（β)位於遠處，使用者可轉動撥鈕（33)[請參閱第一 圖所不]，以帶動轉軸（31)調整第二鏡片（32)貼抵至開 鲁 ° (12)兩側，使第二鏡片（32)張開的角度至最大，而有 拍攝物件（B)影像的光線會先投射至該等第二鏡片（32)， 並從第一鏡片（32)反射至該等第一鏡片（22)上，且該等 第鏡片（22)再將該光線反射至鏡架體（1)之鏡頭孔M438643 V. New description: [New technical field] [0001] This creation is about an additional stereoscopic image frame of an electronic device, in particular, it can be mounted on an electronic device with a photographic function and take a 3D stereo image. Frame [°] [Previous Technology] [0002] Today's image presentation format has been changed from a flat 2D image to a stereoscopic 3D image. The 3D stereo image is given to people with a depth of field experience, and the 3D stereoscopic movie is also suitable for years. It began to become a trend, and gave viewers different sensory feelings of watching 2D plane movies in the past, and 3D TVs also began to benefit, so viewers have more choices to watch images. Also, the Republic of China New Patent Publication No. 20101 5203 "Electronic Device with Photographic Function" is an electronic device having a camera function. The electronic device includes a body and a slide structure. The body comprises a lens module and a control module; the sliding cover structure is movably coupled to the body, the sliding cover structure comprises an optical module, the optical module comprises two light incident holes, and the distance between the two light incident holes is substantially human The average spacing of the two eyes; the moving lens structure allows the lens module to obtain two images through the optical module, and the control module can process the two images to form a 3D format image. Although the above case can be seen that the 3D format image is captured, the optical module cannot adjust the angle of the internal lens to adjust the angle suitable for the approach of the lens or the distance of the shot. In addition, the optical module has the disadvantage that it cannot adjust (4) the angle of view, if necessary When shooting a wider or different view of the image on the same screen or photo, the optical module cannot directly adjust its internal lens to achieve a wider or different viewing angle of 1012034476-0, and the slide structure must match the electronic 10I2I073#卓号Α01ίΠ Page 3 of 21 M438643 The control module inside the device can capture images in 3D format, but it can't be installed in other camera devices, so there is limited inconvenience in use. [New content] [0005] In view of the fact that in general, the electronic device does not have the function of capturing images in a 3D stereo format, the present invention provides an additional stereoscopic image frame of an electronic device, which comprises a frame body, which is formed inside. The first frame group is disposed in the receiving groove of the frame body, and the first lens group is disposed in the receiving groove of the frame body. The first lens is located in front of the lens hole, and the first lens is aligned to the lens hole, and the first lens is farther than one end of the lens hole. An angle is formed in the center of the lens hole; a second lens group is disposed on opposite sides of the opening of the frame body, and the second lens group includes two rotating shafts and two second lenses fixed to the rotating shaft Each of the shafts is provided with a button on the outside of the frame body; by rotating the dial to adjust the angle of the second lens to the center of the lens hole, the light projected to the second lens is reflected to the same First mirror , The first lens and such reflected light to the lens and then the hole of the frame body. [0007] [0009] [0009] The rack system described above is provided with a fixing member for mounting. The above fixing member is a plug corresponding to a socket. The above socket is disposed on a protective cover of an imaging device or an imaging device. The first lens group is provided with a shaft column, and the first lens units are disposed on both sides of the shaft column. 1〇121〇7#单单 A〇101 Page 4 of 21 1012034476-0 M438643 [0010] The above-mentioned angle is between 30 degrees and 160 degrees. [0011] The above-mentioned angle is a 90 degree angle. [0012] The present invention further includes a filter lens, and the frame system is provided with a slit corresponding to the filter lens, and the filter lens is provided with a pull handle. [0013] The present invention has the following advantages: [0014] 1. The present invention can capture the image of two identical shooting regions by reflecting the light of the shooting area into the lens of the electronic device through the first lens group and the second lens group. In order to achieve the effect of capturing a stereoscopic image. [0015] 2. The creation system can be installed on a mobile phone or a camera lens, and the user can directly capture images in a 3D stereo format. [0016] 3. The present invention can adjust the angle of the second lens by directly rotating the dial, thereby adjusting the second lens to the desired angle of view, so that the shooting angle is small or insufficient to capture the complete scene. At the same time, the shooting angle can be directly divided into two screens to accommodate different viewing angles. [0017] 4. This creation can be combined with the protective cover of the photographic device, and can be directly used in the photographic device. ° [0018] 5. This creation can be combined with different filter lenses to achieve different shooting effects. [Embodiment] First, as shown in the first figure and the second figure, the present invention is an additional stereoscopic image frame of an electronic device, which comprises a frame body (1), HU2107# single number A. 〇101 Page 5 of 21 1012034476-0 [0020] M438643 A first lens group (2) and a second lens group (3), wherein: the frame body (1) 'there is a receiving groove formed therein (11), the frame body (1) is provided with an opening (12) and a lens hole (13) connected to the receiving groove (11), and the frame system is provided with a fixing for mounting. (14) 'The fixing member (14) is a pin. [0021] The first lens group (2) is disposed in the receiving groove (11) of the frame body (1), the first lens group (2) includes a shaft column (21) and two mutually symmetric a first lens (22), and the first lens (22) is disposed on two sides of the shaft (21), the first lens (22) is located in front of the lens hole (13), the first A lens (22) is aligned with the lens aperture (13), and the first lens (22) is offset from the center of the lens aperture (13) by an end of the lens aperture (13) to form an angle, the angle The angle is between 30 degrees and 160 degrees, and the angle of the embodiment is 9 degrees. [0022] The second lens group (3) is disposed on opposite sides of the opening (12) of the frame body u), the second lens group (3) includes two rotating shafts (31) and two fixed portions The second lens (32) of the rotating shaft (31) is provided with a button (33) on the outer side of the frame body (1). [0023] When shooting a stereoscopic image, as shown in the third to fourth figures, the fixing member (14) of the frame body (1) is a latch, and a camera device (A) is provided with a corresponding plug. a socket (Αι) of the fixing member (14) for fixing the frame body (1) to the camera device (A), wherein the user can directly face the opening (12) of the frame body with a shooting object, The user can directly adjust the angle of the second lens (32) by rotating the dial button (33), thereby adjusting the second lens (32) to a viewing angle suitable for capturing the subject (B), so when shooting a 10121073^^^ angle of view When it is too small to capture a full subject (B), the user can directly split the viewing angle into two screens to accommodate different viewing angles and complete the scene. 10101 Page 6 of 21 1012034476-0 The subject (B) is photographed, and the light (C) projected by the subject (B) is first projected onto the second lens (32) and reflected from the second lens (32) to the first lens ( 22) above, and the first lens (22) reflects the light to the lens hole (I) of the frame body (丨), the user can Adjust the angle of the second lens (32) to the center of the lens hole (13) by turning the dial button (33) [please refer to the figure], and match the display screen of the camera (A) (A2) As shown in the fifth figure, the user can adjust the position of the shooting object (8) on the display (A2), and can display the image (8) with two identical objects (8), and the camera (1) records the image. The image (8) and the captured image (8) are displayed on the display with the function of displaying the stereoscopic image, and the user can directly see that the image (D) exhibits a 3D stereo effect. 241 When shooting a distant object (B) As shown in the sixth figure, when the shooting object (β) is located far away, the user can turn the dial button (33) [please refer to the first figure] to drive the rotating shaft (31) to adjust the second lens (32). Affixed to both sides of the opening (12) to maximize the angle of opening of the second lens (32), and the light of the image of the object (B) is first projected onto the second lens (32), and Reflected from the first lens (32) onto the first lens (22), and the second lens (22) reflects the light to the mirror Lens hole of frame (1)
1 Λ X ’如此使用者可拍攝遠處的拍攝物件（Β)成3D立體 影像。 拍攝近處的拍攝物件（Β)時 ，如第七圖所示，當拍攝 物件（Β)位於近處，使用者可轉動撥鈕（33)[請參閱第一 ' 乂帶動轉袖（31)調整第一鏡片（32)靠近鏡頭 Ϊ0121073#單編號 Α0101 第7頁/共21頁 1012034476-0 孔（13)中央，使第二鏡片（32)張開的角度縮小至適合拍 攝的角度’而有拍攝物件（B)投影的光線會先投射至該等 第二鏡片（32) ’並從第二鏡片（32)反射至該等第一鏡片 (22)上’且該等第一鏡片（22)再將該光線（c)反射至鏡 架體（1)之鏡頭孔（丨3)，如此使用者可拍攝近處的拍攝物 件（B)成3D立體影像。 鏡架體（1)設置於攝像裝置（A)之保護套（E)時，如 第八圖所示’鏡架體（丨）之固定件（14)係為一插銷，而保 護套（E)係具有一對應該固定件（14)之插座（E1)，如此 保護套（E)即可套入一攝像裝置（a)[如智慧型手機]，並 擴充原本攝像裝置（A)之拍攝功能，以達到拍攝3d立體影 像之效果。 本創作另一實施例，如第九圖所示，鏡架體（1A)之 開口（12A)係設有一狹縫（15A)，且一濾鏡片（4A)係對應 穿入該狹縫（15A)，而濾鏡片（4A)係設有一供使用者抽 取用之拉把（41A)，如此可藉由更換不同的濾鏡片（4A) 於鏡架體（1A)之開口（12A)上，以增加不同的拍攝效果 ’例如使用偏光鏡片、廣角鏡片或特效框架鏡片等。 惟，以上所述僅為本創作之較佳實施例，當不能以 此限定本創作之申請專利保護範圍，舉凡依本創作之申 請專利範圍及說明書内容所作之簡單的等效變化與替換 ，皆應仍屬於本創作申請專利範圍所涵蓋保護之範圍内 【圖式簡單說明】 [0029] 第一圖係為本創作之立體圖。 ^121073^單編號Α0ΗΗ 第8頁/共21頁 1012034476-0 M438643 [0030] [0031] [0032] [0033] [0034] φ [0035] [0036] [0037] [0038]1 Λ X ’ so users can take distant subjects (Β) into 3D stereo images. When shooting a close-up subject (Β), as shown in the seventh figure, when the subject (Β) is in the vicinity, the user can turn the dial (33) [please refer to the first '乂 drive sleeve (31) Adjust the first lens (32) close to the lens Ϊ0121073#单号Α0101 Page 7 / 21 pages 1012034476-0 Hole (13) center, so that the angle of opening the second lens (32) is reduced to the angle suitable for shooting' The light projected by the subject (B) is first projected onto the second lens (32)' and reflected from the second lens (32) onto the first lens (22) and the first lens (22) The light (c) is then reflected to the lens hole (丨3) of the frame body (1), so that the user can take a close-up subject (B) into a 3D stereo image. When the frame body (1) is disposed on the protective cover (E) of the image pickup device (A), as shown in the eighth figure, the fixing member (14) of the frame body (丨) is a pin, and the protective cover (E) ) has a pair of sockets (E1) that should be fixed (14), so that the protective cover (E) can be inserted into a camera device (a) [such as a smart phone], and the original camera device (A) is expanded. Function to achieve the effect of shooting 3D stereoscopic images. Another embodiment of the present invention, as shown in the ninth figure, the opening (12A) of the frame body (1A) is provided with a slit (15A), and a filter lens (4A) is correspondingly inserted into the slit ( 15A), and the filter lens (4A) is provided with a pull handle (41A) for the user to extract, so that the opening (12A) of the frame body (1A) can be replaced by replacing different filter lenses (4A). In order to increase the different shooting effects, such as the use of polarized lenses, wide-angle lenses or special effects frame lenses. However, the above description is only a preferred embodiment of the present invention, and when it is not possible to limit the scope of the patent protection of the present invention, the simple equivalent changes and replacements made by the scope of the patent application and the contents of the specification are all It should remain within the scope of the protection covered by the scope of this patent application [Simple Description] [0029] The first picture is a perspective view of the creation. ^121073^单号Α0ΗΗ Page 8 of 21 1012034476-0 M438643 [0033] [0033] [0034] [0038] [0037] [0038]
第二圖係為本創作之剖視圖。 第三圖係為本創作之使用示意圖。 第四圖係為本創作光線經第一鏡片及第二鏡片反射 入鏡頭之光線示意圖。 第五圖係為本創作之剖視圖。 第/、圖係為本創作之使用示意圖，說明可調整第一 鏡片的角度，並拍攝遠處的拍攝物件。 第七圖係為本創作之使用示意圖，說明可調整第一 鏡片的角度’並拍攝近處的拍攝物件。 第八圖本創作鏡架體結合於保護套之使用示意圖。 第九圖係為本創作之另一實施例，說明的是使用濾 鏡片於鏡架體之開〇 β 【主要元件符號說明】 (1 ) 鏡架體 （11) 容置槽 (12) 開口 （13) 鏡頭孔 (14) 固定件 (2 ) 第一鏡片組（2 1 ) 轴柱 (22) 第一鏡片 (3 ) 第二鏡片組（3 1 ) 轉軸 (32) 第二鏡片 （33) 撥叙 (1 A ) 鏡架體 （11A) 容置槽 (12Α)開口 （13Α)鏡頭孔 (1 4 A)固定件 10121073^^^ A〇101 第9頁/共21頁 1012034476-0 M438643 (2 A ) 第一鏡片組（2 1 A )轴柱 (2 2 A ) 第一鏡片 (3 A ) 第二鏡片組（3 1 A)轉軸 (3 2 A ) 第二鏡片 (4 A) 渡鏡片 (4 1 A)拉把 (A) 攝像裝置 (A 1 ) 插座 (A 2 ) 顯示幕 (B ) 拍攝物件 (C ) 光線 (D ) 影像 (E ) 保護套 (El) 插座 麗107#單编號A〇101 1012034476-0 第10頁/共21頁The second picture is a cross-sectional view of the creation. The third picture is a schematic diagram of the use of this creation. The fourth picture is a schematic diagram of the light reflected by the first lens and the second lens into the lens. The fifth picture is a cross-sectional view of the creation. The / / diagram is a schematic diagram of the use of the creation, indicating that the angle of the first lens can be adjusted, and the distant objects are photographed. The seventh figure is a schematic diagram of the use of the creation, which shows that the angle of the first lens can be adjusted and the nearby object is photographed. The eighth figure is a schematic diagram of the use of the creative frame body combined with the protective cover. The ninth figure is another embodiment of the present invention, which illustrates the use of a filter lens in the opening of the frame body β [Major component symbol description] (1) Frame body (11) accommodating groove (12) opening (13) Lens hole (14) Fixing piece (2) First lens set (2 1 ) Shaft post (22) First lens (3) Second lens set (3 1 ) Rotary shaft (32) Second lens (33) Dialing (1 A) Frame body (11A) Socket (12Α) opening (13Α) Lens hole (1 4 A) Fixing piece 10121073^^^ A〇101 Page 9 of 21 Page 1012034476-0 M438643 ( 2 A ) First lens set (2 1 A) Axle (2 2 A ) First lens (3 A ) Second lens set (3 1 A) Shaft (3 2 A ) Second lens (4 A) (4 1 A) Pull handle (A) Camera (A 1 ) Socket (A 2 ) Display (B) Shooting object (C) Light (D) Image (E) Case (El) Socket Li 107# No. A〇101 1012034476-0 Page 10 of 21