M333563 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種通用測试糸統’特別是關於一*種供旦/ 取模組(image capturing module)測試用之通用測試系統。’、衫像擷 【先前技術】 隨著移動式多媒體技術的發展及因應消費者的需、托，^ 組已廣泛應用在大多數的攜帶式電子產品，像是行^通:，機模 個人數位助理(PDA)以及筆記型電腦等。針對手機而t^、 功能已不再限於通訊上’而逐漸邁向多媒體盥數位的^機的 除了多媒體特性的支援以外，數位相機的功能也“目 打的趨勢之-。手機的械模組在製造完成後，得先 $ 檢測過程’待確定其功能正常及焦距正確，方可進行安的 機。 、卞 習知技術常常採用多段式燈箱，以調節實際測 的距離來適應不同拍攝距離的測試。中國 2〇〇61()〇88424於2007年2月7日即公開了 一種測H申= 模組之裝置。請參晒-。圖—係繪示先 中機的』 模組八測試用之裝置。 “麟W于機的攝相 、如圖一所示，升降機構安裝在機架U的中^部。 Ι’ί且底架7上用以固定相機模組A。如此可=整 =匕的上下位置。在機架η的上端安裝上支二； 近上支木1的下方安裝中支架3，在 = 下支架4。上支架丨、巾妨 3興底* 7之間女襄 圖像的位置。此外，光源安裝在底架4構成3個固定被測 然而 上述的多段式賴具有町缺點:⑴多段式燈箱在製 300 M333563 的燈箱，導致公尺)的測試需求，因此需要製作巨大 出現有燈箱尺寸則難以調整=用製作= 廢 【新型内容】 測試系統 if作之在於提供—種供影像擷取模組測期之通用 根5創作之-具體實施例，_職系統包含支撐架 距2敝4t¥i鏡。支撐架包恤’並且-·從基座 S遮固定於f載台上。遮蔽殼== 。透鏡係可拆卸地銜接於雜殼體 1 鏡被聚焦至影像擷取模組上。 、〜像透過透 式得點與精神可以藉切下_作詳述及所附圖 【實施方式】 睛參閱圖二。圖二係!會示根據本創作—實 模組30測試用之通用測試系統2之剖面視圖。取 影像擷取模組30可以供行動通訊裝置、個人以 型電腦之用。 ，堺王乂汉萆口己 如圖二所示，通用測試系統2包含支撐架Μ、承載台a、 6 M333563 遮蔽殼體26以及透鏡28。支撐架20包含基座200，並且一物體 32從基座200以一距離設置於支撐架2〇上。於一具體實施 中，支撐架20可以指習知上用以測試影像擷取模組3〇的一段 燈箱。這種一段式燈箱的優點在於製作簡單並且尺寸不需要太^ (例如高度30cm左右即可），因此節省了製作費用和占用空間。 承載台22係可升降地連接支撐架2〇之基座2〇〇，並且影像 擷取模組30能夠固定於承載台22上。舉例而言，承載台22可 以連接至一升降機構24並透過搖桿調整承載台22之高度。 遮蔽殼體26設置於基座200上以遮蔽承載台22，並且遮蔽 殼體26其上具有朝向物體32之開口。透鏡28係可拆卸地銜接 於遮蔽殼體26之開口上。於實際應用中，透鏡28可以是平面 鏡、凸透鏡(convex lens)或凹透鏡(concave iens)，但不以此為限。 透鏡28可以具有至少為5公分之一直徑，以保證充足的透光。 因為實際應用時影像榻取模組30毋須過大的倍數，所以透鏡28 為很薄的透鏡，對透光度和清晰度的影響可被忽略。 如果把遮蔽殼體26比作眼鏡框，透鏡28比作鏡片，影像摘 取模組30比作人眼，只要替換不同的透鏡28，就可以產生不同· _ 的成像效果(例如成像的距離不同），因此除了以實際距離拍攝物 體32外，影像擷取模組30亦可以在物體32的實際距離不變的 情況下’以不同的距離拍攝物體32的成像而達成測試需求。 請參閱圖三。圖三係繪示根據本創作一實施例之通用測試系 統2於拍攝物體32時之成像示意圖。圖三中的透鏡28係以凸透 鏡為例’並且焦距F大於物距U時，物體32的後方會形成一正 立且放大的虛像32,。藉此，影像擷取模組30即可依像距V擷取 虛像32’之影像。此外，當透鏡28為凹透鏡時，物體32的前方 會形成正立且縮小的虛像。 利用透鏡28的成像原理i/u+l/V=l/F，在物距U —定的情 7 M333563 =下’通過調錢鏡28的焦距F即可靈活控制像距v的大小。 離欲大於物距u時，則侧㈣凸透鏡；若測 iLΐ^ΐίϊ時，則可贿用贿鏡。藉此，固定於承载 二距離模組3G即可透過賴28逕行拍攝相當於位 與像㈣透。此外’猎由升降承載台22，關於物體32之 〜像此夠透過錢28被雜至影像#貞取模組3()上。 於實際應用中’影像擷取模組3〇可以 ϊϊΐ取二t娜刺影像轉換成—峨並傳送訊號至處 才'、、以刀析衫像擷取模組30所拍攝到的影像之品質。 不：ΐϊί前技術，根據本創作之通用測試系統可以透過替換 效地節省; 線測試中和實獅^㈣用’並且在產 藉由以上較佳具體實施例之詳述，择兼矽处 f，:並非以上述所揭： 及且相等相反地’其目的是希望能涵蓋各種改變 此申，之專利範圍的範•内。i 廣的解釋，以致的购應該根據上述的說明作最寬 擇㈣使其起所有可能的改變以及具相等性的安排。 M333563 【圖式簡單說明】 圖一係繪示先前技術中供手機的相機模組測試用之裝置。 圖二係繪示根據本創作一實施例之供影像擷取模組測試用之 通用測試系統之剖面視圖。M333563 VIII. New Description: [New Technology Field] This creation is about a general-purpose test system, especially for a general-purpose test system for testing a type of image capturing module. ', shirt like 撷 [previous technology] With the development of mobile multimedia technology and in response to the needs of consumers, the group has been widely used in most portable electronic products, such as the line: Digital assistants (PDAs) and notebook computers. In addition to the multimedia features of the mobile phone, the function of the digital camera is also no longer limited to the communication, and the function of the digital camera is also the trend of the digital camera. After the manufacturing is completed, the first inspection process must be determined to be normal and the focal length is correct before the machine can be installed. The conventional technology often uses a multi-segment light box to adjust the actual measured distance to adapt to different shooting distance tests. China 2〇〇61()〇88424 published a device for measuring H Shen = module on February 7, 2007. Please refer to the sun---------------------------------------------------- The device. "Lin W is in the camera, as shown in Figure 1, the lifting mechanism is installed in the middle of the frame U. Ι'ί and the chassis 7 is used to fix the camera module A. So == = = up and down position. Install the upper bracket 2 at the upper end of the frame η; install the middle bracket 3 below the upper branch 1 at the lower bracket 4. The upper bracket 丨, the towel 3 3 底 * * 7 position between the 襄 襄 image. In addition, the light source is mounted on the chassis 4 to form three fixed and tested. However, the above-mentioned multi-stage type has the disadvantages of the town: (1) the multi-segment light box is in the light box of 300 M333563, which leads to the test requirement of the meter), so it is necessary to make a huge light box. The size is difficult to adjust = use production = waste [new content] test system if it is provided - a common root for image capture module measurement period 5 - specific embodiment, _ job system contains support frame distance 2 4t ¥ i mirror. The support frame is wrapped and erected from the base S to the f stage. Masking shell == . The lens system is detachably coupled to the miscellaneous housing. The mirror is focused onto the image capture module. ~, like through the transparent point and spirit can be cut off _ for details and drawings [Embodiment] See Figure 2 for the eye. Figure 2 is a cross-sectional view of the universal test system 2 for testing according to the present creation-real module 30. The image capturing module 30 can be used for mobile communication devices and personal computers. As shown in FIG. 2, the universal test system 2 includes a support frame, a carrier a, a 6 M333563 shielding housing 26, and a lens 28. The support frame 20 includes a base 200, and an object 32 is disposed from the base 200 at a distance to the support frame 2''. In one embodiment, the support frame 20 can refer to a length of light box used to test the image capture module 3〇. The advantage of this one-piece light box is that it is simple to manufacture and does not need to be too large in size (for example, about 30 cm in height), thus saving production costs and space. The carrier 22 is detachably connected to the base 2 of the support frame 2, and the image capturing module 30 can be fixed to the carrier 22. For example, the carrier 22 can be coupled to a lifting mechanism 24 and adjust the height of the carrier 22 through the rocker. A shield housing 26 is disposed on the base 200 to shield the carrier 22, and the shield housing 26 has an opening toward the object 32 thereon. The lens 28 is removably attached to the opening of the shield housing 26. In practical applications, the lens 28 may be a flat mirror, a convex lens or a concave iens, but is not limited thereto. Lens 28 can have a diameter of at least 5 cm to ensure adequate light transmission. Since the image reclining module 30 does not need to be excessively large in practical use, the lens 28 is a very thin lens, and the influence on transmittance and sharpness can be ignored. If the shielding shell 26 is compared to a spectacle frame, the lens 28 is like a lens, and the image capturing module 30 is like a human eye. As long as the different lenses 28 are replaced, different imaging effects can be produced (for example, the imaging distance is different). Therefore, in addition to shooting the object 32 at an actual distance, the image capturing module 30 can also perform imaging of the object 32 at different distances without the actual distance of the object 32. Please refer to Figure 3. FIG. 3 is a schematic diagram showing the imaging of the universal test system 2 according to an embodiment of the present invention when the object 32 is photographed. The lens 28 in Fig. 3 is exemplified by a convex lens, and when the focal length F is larger than the object distance U, an erect and enlarged virtual image 32 is formed behind the object 32. Thereby, the image capturing module 30 can capture the image of the virtual image 32' according to the image distance V. Further, when the lens 28 is a concave lens, an erect and reduced virtual image is formed in front of the object 32. By using the imaging principle i/u+l/V=l/F of the lens 28, the object distance V can be flexibly controlled by the focal length F of the dimming mirror 28 at the object distance U. When the distance is greater than the object distance u, then the side (four) convex lens; if the iLΐ^ΐίϊ is measured, the bribe can be bribed. Therefore, it can be fixed to the bearing 2D module 3G to shoot the equivalent of the position and the image (4). In addition, the hunter is carried by the elevating platform 22, and the object 32 is smuggled into the image # 模组 module 3 (). In practical applications, the image capture module 3 can capture the quality of the image captured by the knife-like image capture module 30 by converting the image of the two-spot image into -峨 and transmitting the signal to the location. . No: 前 前 pre-technology, according to the creation of the universal test system can be saved by alternative efficiency; line test and the real lion ^ (four) with 'and in the production of the above detailed description of the preferred embodiment, choose the f , : is not disclosed above: and, equally, the opposite is intended to cover a wide range of patents that change the scope of this patent. i Broad interpretation, so that the purchase should be based on the above descriptions to make the most appropriate choice (4) to make all possible changes and equal arrangements. M333563 [Simple Description of the Drawings] Figure 1 shows a device for testing a camera module for a mobile phone in the prior art. 2 is a cross-sectional view of a universal test system for testing an image capture module in accordance with an embodiment of the present invention.
圖三係繪示根據本創作一實施例之通用測試系統於拍攝物體 時之成像示意圖。 【主要元件符號說明】 1 :上支架 3 :中支架 4 :下支架 7 :底架 11 :機架 A:相機模組 2:通用測試系統 20 ··支撐架 22 :承載台 24 :升降機構 26 :遮蔽殼體 28 :透鏡 30 :影像擷取模組 32 :物體 32’ ：虛像 200 :基座 U :物距 F :焦距 V :像距 9FIG. 3 is a schematic diagram showing the imaging of a universal test system according to an embodiment of the present invention when an object is photographed. [Main component symbol description] 1 : Upper bracket 3 : Middle bracket 4 : Lower bracket 7 : Chassis 11 : Rack A : Camera module 2 : Universal test system 20 · Support frame 22 : Carrier 24 : Lifting mechanism 26 : Shading housing 28: Lens 30: Image capturing module 32: Object 32': Virtual image 200: Base U: Object distance F: Focal length V: Image distance 9