M323085 八、新型說明： 【新型所屬之技術領域】 本創作反鏡折射結構，係、指於—數位相機之液晶螢幕觸設置一反射 鏡裝置，折射原理，可讓使用者於多肖度、多方向的檢視螢幕影像。 【先前技術】 隨著科技日新月異’市面上許多產品皆邁向數位化科技之領域，隨著 •目前休閒風氣的盛行，透過相機拍攝作為生活之紀錄，已成為生活中不可 或缺的部分。 創作人於先前便創作有酸742之螢幕折射鏡裝置，其裝設於數位相 機上目的在於人夕的場合或特殊取景角度，或需將相機上舉或下放甚至拍 攝大角度等，皆可透過螢幕折射裝置，利用折射關係，而讓使用者於視覺 死角時仍能看見螢幕之影像。 於見今許夕使用者皆使用數位相機自拍，且自拍時皆以鏡頭的 癱反她看絲絲來_，雜”:欠_，錄看是料賴範圍内， 而導致使用上的不便’且先前之創作需使用兩組上、下旋臂，其作用只於 相機上舉或下放等拍攝，械之加卫冑雜製造成本也就越高。 緣此’創作人針對所述缺失為前提，而改良出一種反鏡折射結構利用 -連接臂將中空框架與蓋件樞接，可達到多角度、多方向的檢視螢幕影像， 以作為解決目的，且於製造組裝時更簡易並減少所需之成本。 5 M323085 【新型内容】 ，丄“ 本創作反鏡折射結構，主要係包括一中空框架、一連接臂及一蓋件所 構成之反射鏡裝置，其巾，該中空絲與蓋件—側各設有—樞座，以供連 接臂樞接’並於蓋件巾設置-折射片，藉由連接制樞接可讓蓋件具有多 角度、多方向的翻轉，供使用者經由折射片檢視液晶顯示螢幕中的影像。 本創作反麟射結構之主要目的，係提供—種連接臂將中空框 架與蓋件之一側樞接，並利用折射片折射原理，可多角度、多方向的觀看 螢幕之影像。 然而，所述幾點係以完全符合專利申請的要件，且有關本創作之詳細說 明及技術内容，現配合圖式說明如下： 【實施方式】 首先，請參閱『第1圖』所示：係為習式之折射裝置3，其中該折射裝 置3固定於數位相機1之顯示螢幕U周圍，經由鏡頭12拍攝時的即時畫 面，透過折射裝置3之反射鏡4的投射，可讓使用者於上舉或下放拍攝時， 可透過反射鏡4檢視顯示螢幕11中之影像； 又，此折射裝置3其樞座3卜31'設於框架33左右兩侧中央處，經由 兩旋臂32、32'，將框架33與反射鏡4樞接，以供翻轉檢視顯示螢幕u ; 然，此一裝置解決了顯示螢幕11視覺死角的問題，而如今以數位相機i來 自拍非常盛行，而此折射裝置3僅供上舉或下放的拍攝方式透過反射鏡4 檢視，因此，其無法提供由相機前方檢視顯示螢幕u之影像，而無法多方 向、多角度的檢視顯示螢幕11之功能。M323085 VIII. New description: [New technical field] The reverse mirror structure of the creation refers to the arrangement of a mirror device on the liquid crystal screen of the digital camera. The principle of refraction allows the user to have more degrees and more View the screen image in the direction. [Prior Art] With the rapid development of technology, many products on the market are moving into the field of digital technology. With the prevalence of leisure, the adoption of camera shooting as a record of life has become an indispensable part of life. The creator has previously created the acid 742 screen refractor device, which is installed on a digital camera for the occasion of a human occasion or a special viewing angle, or the camera may be lifted or lowered or even shot at a large angle. The screen refraction device uses the refraction relationship to allow the user to still see the image of the screen at a visual dead angle. On the occasion of today's eve, the users use the digital camera to take a self-portrait, and the self-timer uses the lens's slap in the face of her to look at the silk _, miscellaneous: owe _, the recording is within the scope of the expected, resulting in inconvenience in use' And the previous creations need to use two sets of upper and lower arms, which are only used for shooting on the camera, such as lifting or lowering. The manufacturing cost of the machine is higher. The reason is that the creator is premised on the missing. A reverse mirror refraction structure is improved by using a connecting arm to pivot the hollow frame and the cover member to achieve multi-angle and multi-directional inspection of the screen image as a solution, and is easier and less necessary for manufacturing assembly. The cost of 5 M323085 [New content], 丄 "This creation of the mirror refraction structure, mainly consists of a hollow frame, a connecting arm and a cover member mirror device, the towel, the hollow wire and the cover member - The side is provided with a pivoting seat for pivoting the connecting arm and a refractor is disposed on the cover member. The connecting pivoting connection allows the cover member to have a multi-angle, multi-directional inversion for the user to pass through the refractor. View the LCD screen Like. The main purpose of the creation of the anti-irrigation structure is to provide a kind of connecting arm to pivot the hollow frame and one side of the cover member, and to use the refraction principle of the refraction piece to view the image of the screen in multiple angles and directions. However, the points are in full compliance with the requirements of the patent application, and the detailed description and technical contents of the creation are as follows: [Embodiment] First, please refer to the "Figure 1": In the refraction device 3 of the prior art, the refraction device 3 is fixed around the display screen U of the digital camera 1 , and the instant picture taken through the lens 12 is projected through the mirror 4 of the refraction device 3 to allow the user to When lifting or lowering the shooting, the image in the display screen 11 can be inspected through the mirror 4; further, the pivoting device 3 of the refraction device 3 is disposed at the center of the left and right sides of the frame 33, via the two spiral arms 32, 32' The frame 33 is pivotally connected to the mirror 4 for flipping the display screen u; however, this device solves the problem of displaying the visual dead angle of the screen 11, and now the digital camera i is very popular from the shooting, and the refraction device 3 The shooting mode for lifting or lowering only is viewed through the mirror 4. Therefore, it is not possible to provide an image of the screen u viewed from the front of the camera, and it is not possible to display the screen 11 in multiple directions and at multiple angles.
M323085 V 再請同時參閱『第2圖及第3圖』所示：本創作之反鏡折射結構主要 係由：一中空框架21、一蓋件22與一連接臂23所組構之反射鏡裝置2 , 該中空框架21，係於一側設有一樞座24，並藉由連接臂23的樞接對應於 盍件22 —側之樞座24，該盍件22，係於一侧設有一梅座24'，藉由連接臂 、 23的樞接，並對應於中空框架21 —側之樞座24 ,且於蓋件22中設置一折 射片25，供折射顯示螢幕11之影像；該一連接臂23，係為中空框架21與 蓋件22之樞接者；其反射鏡裝置2係固定於數位相機1之顯示螢幕η之 周圍處。 然，該反射鏡裝置2設置於數位相機1之顯示螢幕u周圍處，並於動 作時，分別以X軸向與Y軸向為軸，可供使用者於各種角度拍攝時，藉由 反射鏡裝置2的微調，可清楚的透過折射片25檢視顯示螢幕U中的影像。 另請同時參閱『第4圖、第5圖及第6圖』所示：係為本創作反鏡折 射結構之實施狀態示意圖，俾，該反射鏡裝置2固定於顯示螢幕u之周圍 處，然，於數位相機1經由鏡頭12所攝取的畫面，並於顯示螢幕u中顯 ^ 不’而運用中空框架21與蓋件22 一側所設置之樞座24、24'，經由連接臂 23的樞接’並將蓋件22做適當的微調，使其透過折射片25來檢視顯示榮 幕11中之影像，然數位相機1由高處向下拍攝時，其以W為軸向上掀起 並作適當微調，可經由下方透過折射片25檢視顯示螢幕n中之影像；若 由低處向上拍攝時，其以X軸為軸向下翻轉並作適當微調，可經由上方透 過折射片25檢視顯示營幕n中之影像；倘雜用者於數位相機丨的前方 拍攝，其以X軸與Υ軸為軸翻轉做適當的微調，可經由前方透過折射片烈 檢視顯示螢幕H中之影像，其可於人多的場合或大角度或自拍等取 M323085 景，藉此可增加視覺角度的範圍，並可有多角度、多方向的的觀看螢幕之 影像’讓使用者無須受到視覺死角的局限。 綜合以上所述者，僅為本創作所運用之較佳實施例而已，並非用來限 定本創作實施之範圍。即凡依本創作中請專利顏所做的均等變 飾，皆為本創作專利範圍所涵蓋。 化與修 M323085 【圖式簡單說明】 L箜二二liliiil 第1圖：係為習式折射裝置之立體圖。 第2圖··係本創作反鏡折射結構之立體圖。 第3圖：係本創作反鏡折射結構之使用狀態示意圖。 第4圖：係本創作反鏡折射結構之實施例示意圖。 第5圖：係本創作反鏡折射結構之另一實施例示意圖。 第6圖：係本創作反鏡折射結構之又一實施例示意圖。 【主要元件符號說明】M323085 V Please also refer to "Figure 2 and Figure 3" as shown in the figure: The inverse mirror refraction structure of this creation is mainly composed of: a hollow frame 21, a cover member 22 and a connecting arm 23 2, the hollow frame 21 is provided with a pivot seat 24 on one side, and the pivot joint 24 of the connecting member 23 corresponds to the pivot seat 24 on the side of the cymbal member 22. The cymbal member 22 is provided with a plum on one side. The seat 24' is pivoted by the connecting arm 23, and corresponds to the pivoting seat 24 on the side of the hollow frame 21, and a refraction piece 25 is disposed in the cover member 22 for refracting the image of the screen 11; the connection The arm 23 is a pivotal member of the hollow frame 21 and the cover member 22; the mirror device 2 is fixed at the periphery of the display screen η of the digital camera 1. The mirror device 2 is disposed around the display screen u of the digital camera 1 and is axially oriented with the X axis and the Y axis, respectively, for the user to shoot at various angles by means of a mirror. The fine adjustment of the device 2 clearly reveals the image displayed on the screen U through the refraction sheet 25. Please also refer to "Fig. 4, Fig. 5 and Fig. 6" as shown in the figure: it is a schematic diagram of the implementation state of the created mirror-refracting structure, 俾, the mirror device 2 is fixed around the display screen u, The pivoting seat 24, 24' provided on the side of the hollow frame 21 and the cover member 22 is applied to the screen taken by the digital camera 1 via the lens 12 and displayed on the display screen u, via the pivot of the connecting arm 23. Then, the cover member 22 is appropriately fine-tuned to pass through the refraction sheet 25 to view the image in the display of the honor screen 11. When the digital camera 1 is photographed from a high position, it is lifted with W in the axial direction and appropriately Fine-tuning, the image displayed on the screen n can be viewed through the refracting sheet 25 through the bottom; if the image is shot from a low position, the X-axis is inverted downward and appropriately fine-tuned, and the display screen can be viewed through the refracting sheet 25 The image in n; if the occupant shoots in front of the digital camera ,, it performs appropriate fine-tuning with the X-axis and the Υ-axis as the axis, and can display the image in the screen H through the front through the refracting sheet, which can be M3230 for people with a lot of occasions or large angles or selfies 85 scenes, which can increase the range of visual angles, and can have multi-angle, multi-directional viewing of the image of the screen' so that users do not have to be limited by visual dead ends. The foregoing is a preferred embodiment of the present invention and is not intended to limit the scope of the present invention. That is, all the equivalents made by the patents in this creation are covered by the scope of the original patent.化化修修 M323085 [Simple diagram of the diagram] L箜22 liliiil Figure 1: is a perspective view of the conventional refraction device. Fig. 2 is a perspective view of the reverse mirror structure of the creation. Fig. 3 is a schematic diagram showing the state of use of the inverted mirror structure of the present invention. Fig. 4 is a schematic view showing an embodiment of the reverse mirror structure of the present invention. Fig. 5 is a schematic view showing another embodiment of the present invention. Fig. 6 is a schematic view showing still another embodiment of the reverse mirror structure of the present invention. [Main component symbol description]
數位相機1 顯示螢幕11 鏡頭12 反射鏡裝置2 中空框架21 蓋件22 連接臂23 樞座 24、24'、31、31' 折射片25 折射裝置3 旋臂32、32' 框架33 反射鏡4 M323085Digital camera 1 Display screen 11 Lens 12 Mirror device 2 Hollow frame 21 Cover member 22 Connecting arm 23 Pivot seat 24, 24', 31, 31' Refractive sheet 25 Refraction device 3 Swing arm 32, 32' Frame 33 Mirror 4 M323085