M331151 八、新型說明： 【新型所屬之技術領域】M331151 Eight, new description: [New technology field]
本創作财關_種特式電子放大祕像擷取裝 置，尤指一種 具有可讓使时微調之前接物鏡頭罩，可依使用者調整接物鏡頭罩内 之彈簧而調整電子放大器鏡頭與受測物距離，進而達到具有微調電子 .放大器焦距的效為了最佳補光效果，其更包含在後接物鏡頭罩内 設有LED投光燈固定結構，據此設置使該LED投光燈可至少為2 F 春左右對稱斜投射於鏡頭前方，就可達到理想補光，的手持式電子放大 器影像擷取裝置者。 【先前技術】 手持式電子放大器市場一向不大，原因為目前所用的影像擷取裝置 嶠 因影像放大50-60倍後調焦不易，常因umm的焦距誤差而需來 回調整；再加上傳統電子放大器投光裝置設置不易，鏡頭與所接觸 之受測物距離，常因受測物表面之不平而使電子放大器焦距失焦， 尤其是人類皮膚表面之放大，由於皮膚具有彈性焦距微調相當不 易，更由於皮膚具有油性常有嚴重反光；由於有以上之缺點，傳統 光學電子放大器不但微調不易，再加上價格昂貴一般並無普及化， 所以僅有少量專業人士使用該產品。 5 M331151 【新型内容】 有鑒於此’本創作乃提供-種薪新設計的手持式電子放大器影娜 裝置’其具有可讓制者_翻’前接物鏡料與所接觸之受測物 距離，進而達到微調放大物焦距效果；加上斜投射設計之咖投光 燈，使㈣·燈的使用量最為經濟且不反光，進而使該手持式電子 放大器影像擷取裝置結構更簡單便宜，操作更方便快速。 根據本創作，係將影像擷取裝置設置在—手持式罩殼⑴構造之内，而 該罩殼構造包含-具有上罩體⑽、下罩體⑽之手持基罩體⑴；一操 取電子圖像裝置的pe板⑶，内含影像制、綱(32)及其他電 子元件，LED投光燈(34)固定於pc板⑶上，立於鏡頭左右兩邊左右對 稱斜投射於鏡頭前方，該pc板(3)是利用螺絲固定於手持式罩殼之上 罩體；一半透光中空的後接物鏡頭罩内設有LED投光燈固定結構 (23a)，將LED投光燈(34)固定為左右對稱斜投射於鏡頭前方，該後接 物鏡頭罩(23)固定於手持式罩殼之下罩體(丨3)、一半透光中空具有可調 整該攝影鏡頭與受測物距離之前接物鏡頭罩(21)，該前接物鏡頭罩(21) 利用在套接部位預設的嵌合孔與楔形掣子固定於後接物鏡頭罩(23)， 中間設有彈簧(24)可讓使用者調整，前接物鏡頭罩(21)與所接觸之受測 物距離；各構件組裝時，係依序將擷取電子圖像裝置的pc板⑶固定於 手持式罩殼之上罩體(12);將前接物鏡頭罩置入彈簧(24)再固定於後 接物鏡頭罩(23)完成接物鏡頭罩(2)本體組立；再將後接物鏡頭罩(23) 本體固定於下罩體(13)，最後再將手持式罩殼之上罩體(12)與該下 罩體(13)結合，即可完成本手持式電子放大器影像擷取裝置之組裝， M331151 關本創作之其他特徵及功能，經配合下列圖式予以作進一步之說明 後，期能使貴審查委員有更詳細的瞭解，惟以下所述者僅為用以解 釋本創作之較佳實施例，並非企圖據以對本創作作任何形式上之限制。 【實施方式】 以下將以如何操作手持式電子放大器影像擷取裝置，作為實施本 創作之詳細說明。如後附各圖所示，本創作實施例係將手持式電子放 大器影像擷取裝置，安裝在一組手持式罩殼構造之内，而該罩殼構造 •包含：一手持基罩體(1)，而該罩殼構造包含有一上罩體(12)、下罩體 (13); —接物鏡頭罩(2),該接物鏡頭罩構造包含一前接物鏡頭罩 (21)、一後接物鏡頭罩(23)，一彈簧(24)作為電子放大器微調焦距所使 用，一擷取電子圖像裝置的pc板(3)該pc板包含一影像感測器(31)， 一鏡頭(32)作為擷取電子影像所使用，一 LED投光燈(34)作為照亮受 測物所使用，一控制開關(12a)作為電源切換所使用。 將手持式電子放大器影像擷取裝置，以一手握住手持式罩殼(1)，按壓 _控制開關(12a)將電源打開，此時LED投光燈(34)會發亮，將手持式電 子放大器訊號線接到顯示幕，將前接物鏡頭罩(21)朝向受測物並接觸 受測物，同時將前接物鏡頭罩(21)與後接物鏡頭罩(23)，中間之彈箸(24) 壓縮到底、同時觀察顯示幕影像是否清晰，如影像不清晰則慢慢放鬆 彈簧直到影像清_止，此時便可操作賴馳或魏設備將影 像儲存起來。 7 M331151 【圖式簡單說明】 第一圖係本創作實施例之立體圖與擷取電子圖像裝置的pc板及 LED投光燈圖； 第二圖係本創作實施例之手持式罩殼與接物鏡頭罩構件圖； 【主要元件符號說明】 手持式罩殼1 手持式罩殼上罩體12 控制開關12a 手持式罩殼下罩體13 接物鏡頭罩2 前接物鏡頭罩21 後接物鏡頭罩23 後接物鏡頭罩LED投光燈固定結構23a 彈簧24 擷取電子圖像裝置的pc板3 影像感測器31 鏡頭32 LED投光燈34This creation is a special type of electronic magnification image capture device, especially a lens cover that allows the fine adjustment of the front lens. The electronic amplifier lens can be adjusted according to the user's adjustment of the spring in the lens cover. Measuring the distance, and then achieving the effect of fine-tuning the focus of the electronic amplifier, in order to achieve the best light-filling effect, further comprising a fixed structure of the LED floodlight in the rear lens cover, according to which the LED flood light can be set A hand-held electronic amplifier image capture device that is at least 2 F spring obliquely projected in front of the lens to achieve ideal fill light. [Prior Art] The market for handheld electronic amplifiers has always been small, because the image capturing device currently used is not easy to adjust the focus after 50-60 times of image magnification, and often needs to be adjusted back and forth due to the focal length error of umm; The electronic amplifier light-emitting device is not easy to set up, and the distance between the lens and the object to be touched is often caused by the unevenness of the surface of the object to be measured, and the focal length of the electronic amplifier is out of focus, especially the surface of the human skin is enlarged, because the skin has a fine focal length fine adjustment. Because the skin is oily and often has serious reflections; due to the above shortcomings, the traditional optical electronic amplifier is not only difficult to fine-tune, but also expensive, generally not popularized, so only a small number of professionals use the product. 5 M331151 [New Content] In view of this, this creation is to provide a new type of hand-held electronic amplifier, the shadow device, which has a new design, which has a distance between the object lens and the object to be touched. In turn, the effect of fine-tuning the focal length of the magnifying object is achieved; and the incandescent projection design of the coffee projector lamp makes the (four)· lamp use the most economical and non-reflective, thereby making the structure of the handheld electronic amplifier image capturing device simpler and cheaper, and the operation is more convenient. Convenient and fast. According to the present invention, the image capturing device is disposed within the structure of the hand-held casing (1), and the casing structure comprises a hand-held base body (1) having an upper casing (10) and a lower casing (10); The PE board (3) of the image device includes an image system, a frame (32) and other electronic components, and the LED flood light (34) is fixed on the pc board (3), and is projected obliquely obliquely on the left and right sides of the lens to the front of the lens. The pc board (3) is fixed on the hand-held cover by a screw; the half-transparent hollow rear lens cover is provided with an LED floodlight fixing structure (23a), and the LED flood light (34) Fixed to the left and right symmetry obliquely projected in front of the lens, the rear lens hood (23) is fixed to the cover under the hand-held casing (丨3), and the half-transparent hollow has an adjustable distance between the photographic lens and the object to be tested. a lens hood (21), the front lens hood (21) is fixed to the rear lens hood (23) by a fitting hole and a wedge-shaped scorpion preset at the socket portion, and a spring (24) is arranged in the middle Allows the user to adjust the distance between the front lens hood (21) and the object to be touched; The pc board (3) of the electronic image device is fixed on the cover body (12) of the hand-held cover; the front lens cover is placed in the spring (24) and then fixed to the rear lens cover (23) to complete the lens cover (2) The main body is assembled; the rear lens cover (23) body is fixed to the lower cover body (13), and finally the hand-held cover upper cover body (12) is combined with the lower cover body (13). The assembly of the handheld electronic amplifier image capturing device can be completed. The other features and functions of the M331151 are created. After further explanation with the following drawings, the review committee can have a more detailed understanding. The following are merely illustrative of the preferred embodiments of the present invention and are not intended to limit the present invention in any way. [Embodiment] The following is a detailed description of how to operate the handheld electronic amplifier image capturing device. As shown in the attached drawings, the present embodiment is a handheld electronic amplifier image capturing device installed in a set of hand-held casing structures, and the casing structure includes: a hand-held base cover (1) And the cover structure comprises an upper cover body (12) and a lower cover body (13); an object lens cover (2), the connection lens cover structure comprises a front lens cover (21), a a rear lens cover (23), a spring (24) used as an electronic amplifier to fine-tune the focal length, a PC board for capturing an electronic image device (3), the pc board includes an image sensor (31), a lens (32) As an electronic image capture, an LED flood light (34) is used as a light-sensing object, and a control switch (12a) is used as a power source switch. The handheld electronic amplifier image capturing device holds the hand-held casing (1) with one hand, and presses the_control switch (12a) to turn on the power. At this time, the LED floodlight (34) will illuminate, and the handheld electronic device will be turned on. The amplifier signal line is connected to the display screen, and the front lens cover (21) is directed toward the object to be tested and contacts the object to be tested, and the front lens cover (21) and the rear lens cover (23) are attached.箸(24) Compress the camera and observe whether the image of the screen is clear. If the image is not clear, slowly relax the spring until the image is clear. At this point, you can operate the Lai Chi or Wei equipment to store the image. 7 M331151 [Simple description of the drawings] The first figure is a perspective view of the present embodiment and a pc board and an LED floodlight drawing of the electronic image device; the second figure is a hand-held casing of the present embodiment. Lens cover member diagram; [Main component symbol description] Hand-held casing 1 Hand-held casing upper cover 12 Control switch 12a Hand-held casing lower cover 13 Connector lens cover 2 Front lens cover 21 Rear object Lens cover 23 Rear lens cover LED flood light fixing structure 23a Spring 24 Capture pc board for electronic image device 3 Image sensor 31 Lens 32 LED flood light 34