M428367 五、新型說明： 【新型所屬之技術領域】 本創作係有關一種3D眼鏡結構，尤指一種構件精簡、組 裝便利、狀更換-設置有鏡片之轉、或者該框架所設置之 鏡片的3D眼鏡結構創新設計。 【先前技術】 按’現今以3D眼鏡觀賞之立體影視，早已廣泛的應用於 • 教育、娱樂、簡報、科學研究、...等領域，習知較為普通之 3D眼鏡可分為不同效用之快門眼鏡與偏光眼鏡，該二種祀M428367 V. New description: [New technical field] This creation is about a 3D glasses structure, especially a kind of 3D glasses with simplified components, convenient assembly, and replacement of lenses - lenses with lenses or lenses set by the frame. Structurally innovative design. [Prior Art] According to the '3D glasses, which are now viewed in 3D glasses, it has been widely used in education, entertainment, newsletter, scientific research, etc., and the more common 3D glasses can be divided into different utility shutters. Glasses and polarized glasses, the two kinds of cockroaches
目艮鏡之鏡色紙賴色光原理，把紅、藍的偏光過遽 掉’藉雙眼視差將所看到的遠近不同影像，在腦中產生重叠而 呈現出立體影像效果；其結構在基本上而言，係以鏡片與鏡框 採對應之固定型態，無法更換鏡片，若當鏡片遭受到傷受損或 者需要不同效用作3D影像時’則需再購置一副相對應之3D • 目艮鏡’於此，徒增使用者之額外支出，且在攜帶上佔據空間及 使用時不便利者。 因此’如何創設出一種構件精簡，組裝便利、易於更換 δ又置有鏡片之框架、或者該框架所設置之鏡月的3D眼鏡， 乃為現今業者急需解決之要件，料本創作之主要目的。 【新型内容】 緣此’本創作之目的’旨在提供—種構件精簡、組裝便 利、易於更換鏡片及攜帶，得以提升應用範圍之3〇眼鏡結構 3 本創作所獅之技術手段係提供一種 為達上述之目的， 3D眼鏡結構，其包含： 一鏡架，其二鏡框内緣. 部與該鏡框貫穿成一插置口； 一鏡框内緣各開設一環狀之套槽 ’該套槽頂 框架’其内各設置-鏡片，且框架可依該插置口插入 套置於該套槽定位或抽離； 如此’即構成-構件精簡，組錢利、易於更換一設置 有鏡片之框架，獲致可提升鏡架之應用範圍。 所述之3D眼鏡結構，其中，該框架頂部凸設有_提耳， 具可利於框架之插入或脫離鏡架之鏡框。 所述之3D眼鏡結構，其中，該框架内緣開設為一環狀之 容置槽’該容置槽内可容置—鏡片及位框，並於該容置槽 後側周緣凸設有數定位扣，得以將鏡片與定位框迫緊定位或者 拆離，易於更換框架所設置之鏡片，獲致可提升鏡架之應用範 圍。 【實施方式】 關於本創作之前述及其他技術内容、特點與功效，茲舉 一較佳實施例，並配合圖示詳細說明如下： 請參閱第一圖及第二圖所示，本創作係有關一種3D眼鏡 結構，其包含： 一鏡架(1)，其二鏡框(11)内緣各開設一環狀之套槽(12)， M428367 而該套槽(12)頂部與該鏡框⑴)貫穿成一插置口(13); 一框架(2)，其係可依鏡架⑴之鏡框(u)所設之插置口（13) 插入，而套置於鏡架(1)之鏡框(11)所設之套槽(12)内，可作為 定位或抽離，而該轉(2)卿凸設有-提耳⑼，具可利於框 架(2)之插入或脫離鏡架⑴之鏡框(11)，獲致於組裝便利與框架 ⑵更換’而該框架(2)係於其内緣開設一環狀之容置槽(22)，及 該容置槽(22)後側周緣凸設有數定位扣(23)，以該容置槽(22) • 供鏡片⑶與一定位框(24)容置，利用該數定位扣(23)將鏡片（3) 與定位框(24)找枝練架_，或者餅力壓迫鏡片⑶ 將疋位框(24)扳開定位扣(23)，即可將鏡片⑶抽離更換。 “上所述，僅為本創作之—較佳實施例而已當不能以 限定本創作實施之制，舉驗本創料請專利棚所作之均 等變化與修飾，皆應屬本創侧蓋之範_内者。The principle of the mirror-colored paper on the color of the mirror, the red and blue polarized light is smashed away. By using the binocular parallax, the different images seen in the distance will be overlapped in the brain to present a stereoscopic image effect; its structure is basically In other words, the lens and the frame are fixed in a fixed pattern, and the lens cannot be replaced. If the lens is damaged or requires different effects to be used as a 3D image, then a corresponding 3D lens should be purchased. 'This is to increase the user's extra expenses, and it is not convenient to take up space and use when carrying. Therefore, how to create a simple structure, easy assembly, easy replacement, and the frame of the lens, or the 3D glasses set by the frame, is an urgent need for the current industry, and the main purpose of this creation. [New content] Therefore, the purpose of this creation is to provide a three-dimensional eyeglass structure with a streamlined assembly, easy assembly, easy replacement of lenses and carrying, and the application of the lion. For the above purpose, the 3D glasses structure comprises: a frame, the inner edge of the second frame. The part and the frame are formed as an insertion opening; and an inner ring of the frame is provided with an annular groove. 'There are the settings - the lens, and the frame can be placed in the sleeve according to the insertion opening or the separation; so that the composition is simplified, the group is easy to replace, and the frame with the lens is obtained. It can enhance the application range of the frame. In the 3D glasses structure, the top of the frame is convexly provided with a frame for inserting or disengaging the frame. In the 3D glasses structure, the inner edge of the frame is formed as an annular receiving groove, and the lens and the position frame are accommodated in the receiving groove, and the positioning is convex on the rear side of the receiving groove. The buckle can be used to position or detach the lens and the positioning frame, and it is easy to replace the lens set by the frame, thereby achieving the application range of the frame. [Embodiment] With regard to the foregoing and other technical contents, features and effects of the present invention, a preferred embodiment will be described in detail with reference to the drawings as follows: Please refer to the first figure and the second figure, which is related to the creative department. A 3D glasses structure, comprising: a frame (1), wherein an inner ring of the two frames (11) defines an annular sleeve groove (12), M428367 and the top of the sleeve (12) and the frame (1) run through Forming an insertion opening (13); a frame (2) which can be inserted according to the insertion opening (13) provided by the frame (u) of the frame (1), and placed in the frame of the frame (1) (11) The sleeve (12) is provided for positioning or extraction, and the rotation (2) is convexly provided with a lifting lug (9), and the frame of the frame (2) can be inserted or removed from the frame (1) ( 11), the assembly is facilitated and the frame (2) is replaced, and the frame (2) is provided with an annular receiving groove (22) at the inner edge thereof, and the positioning of the rear side of the receiving groove (22) is convexly positioned. The buckle (23) is used for the receiving groove (22). The lens (3) is received by a positioning frame (24), and the positioning buckle (23) is used to find the lens (3) and the positioning frame (24). _, or cake force oppressed lens (3) will be 疋The frame (24) can be pulled away to replace the positioning buckle (23). "The above description is only for the purpose of the present invention - the preferred embodiment has not been limited to the implementation of the system, the equivalent changes and modifications made by the patent shed, should be the scope of the creation of the cover _ inside.
【圖式簡單說明】 第一圖：本創作之立體分解示意圖。 第二圖：本創作之剖視示意圖。 【主要元件符號說明】 鏡架(1)鏡框(11)套槽(12)插置口 =架(2)提耳(21)容置槽(22)定位扣(23)定位框⑽ 鏡片（3) 5[Simple description of the diagram] The first picture: a three-dimensional decomposition diagram of the creation. The second picture: a schematic cross-sectional view of the creation. [Main component symbol description] Frame (1) Frame (11) Slot (12) Inserting port = Rack (2) Tear (21) accommodating groove (22) Positioning clasp (23) Positioning frame (10) Lens (3 ) 5