、新型說明： 【新型所屬之技術領域】 本新型是有關於-種眼鏡鏡架，特別是指一種腳架可 更換之眼鏡鏡架。 【先前技術】 眼鏡在日常生活中已經是一件生活必需品。常見的有 太陽眼鏡、近魏鏡及魏眼鏡，只要在鏡框上配戴適當 的鏡片即可達到所需要的功能1眼鏡配戴在臉上，屬於 -種與人見面時馬上就能注意到的配件，會讓使用者越來 越注重眼鏡的外觀所帶給其他人的映像，因此會希望隨時 變化不同樣式的腳架增加眼鏡外觀的變化，而發展一種具 有快拆腳架的發明，如㈣M352_。該發明在眼鏡鏡框 外側匀別具有一快拆接頭以達到易於更換眼鏡外觀的功 能。 有些戶外活動，如：打籃球，對配戴一般眼鏡的使用者 而言容易因臉部的汗水使眼鏡容易滑動。若眼鏡滑動，眼 鏡的材質比較堅硬容易割傷臉部’若是眼鏡滑落至地面， 可能造成眼鏡破裂或損害。因此腳架可拆地與鏡框相接合 不僅增加眼鏡外觀的變化，也可應用於將一般的腳架更換 成固定式的腳架，讓使用者在運動前進行更換而使眼鏡固 定於臉部’減少眼鏡滑落所造成的損傷，進而增進眼鏡的 功能性。 M419946 【新型内容】 因此，本新型之目的，即在提供一種具有可壓縮之快 拆腳架結構的眼鏡鏡架。 於是，本新型眼鏡鏡架適合與二鏡片結合使用，該眼 鏡鏡架包含-鏡框、-腳架單元、二第接部及二第： 柩接部。該鏡框具有-鏡框本體及二延伸體，該鏡框本體 供該二鏡片安裝固定，該二延伸體分別由該鏡框本體左右 兩側延伸。該腳架單元具有二呈長形之腳架本體及二分別 設於各該腳架本體頭端且供容置於該延伸體的接合體。該 腳架單元能相對於該鏡框於一展開位置與一收合位置間轉 動，由收合位置轉動至展開位置時，該腳架單元頂抵至各 該鏡框即不再繼續轉動。該二第一枢接部分別對應設置於 該鏡框之該二延伸體處。該二第二框接部分別對應設置於 «架早兀的接合體處，且形狀與該等第一樞接部相配 合:各該第二樞接部與各該第—插接部其中—種為可壓縮 且能使該腳架單元可拆地與鏡框相樞接。 =新型之功效在於各該第一樞接部設置於該鏡框之延 第二樞接部設置於該腳架單元，利用各該 第一樞接部與各該第二樞接 定且易於更換該腳架單元之目的。為可壓縮，達到固 【實施方式】 點與功效，在 說明中，將可 有關本新型之前述及其他技術内容、特 以下配合參考圖式之-個較佳實施例的詳細 清楚的呈現。 M419946 參閱圖1與® 2，本新型眼鏡鏡架適合* Μ 使用，本新型之較佳實施例包含鏡框卜二腳架單元^ 二第一樞接部3及二第二樞接部4。 該鏡框1具有'鏡框本體11 &二延伸體12,該鏡框本 體η供該二鏡片5安裝固定，該二延伸體12分別由該鏡框 本體11左右兩側延伸。 同時參閱圖2、圖3及圖4,各該延伸體12包括一上 壁121、一底壁122及一介於該上壁ΐ2ι與底壁⑵之間的 土 23該等上壁12〗與底壁122末端輪廓呈圓弧形， 各該卡止壁123外側與該上壁121與錢122齊平内側 呈圓弧形。 該腳架早7L 2具有二呈長形腳架本體2G及設於各該腳 架本體2〇頭端的—接合體21與二頂抵壁22。值得-提的 是，本新型之腳架單元2不以本實施朗料限，也可以利 用單-可f折㈣的帶狀腳架本體取代本實施例之二腳架本 體2〇 ’接合體21與頂抵壁22則設於腳架本體20兩端。該 接口體21容置於該延伸體12之上壁i2i與該底壁⑵之 間’且該接合體21頭端輪扉呈圓弧形，並與該對應之卡止 壁⑵内側輪廓相配合。同時參閱圖3、圖5及圖6，接合 體21中央貫穿形成-通孔21G，並具有二分別自該通孔21〇 下開口處向内突伸的擋止部川。該二擋止部2U的 用容後說明。 該二頂抵壁22間隔設置於該接合體21的上方與下方， 各該頂抵壁22外側與該接合體21齊平，内側呈圓弧型且與 5 M419946 該對應之延伸體12的上壁121或底壁122輪廓相配合。 各該腳架本體20能相對於該鏡框丨於一展開位置與一 收合位置間轉動。由該收合位置轉動至該展開位置時，各該 腳架本體20之該二頂抵壁22頂抵對應之延伸體12之上壁 121及底壁122的外側，且該延伸體12的卡止壁123頂抵該 接合體21外側’各該腳架本體20即不再相對該鏡框1轉 動，進而限制該二腳架本體20之展開角度，本實施例限制 展開角度約為90度。。 該二第一樞接部3分別對應設置於該鏡框丨之該二延伸 體12。各該第一樞接部3包括分別彬成於該上壁121及底壁 122之相向面的一凹槽31與二滑槽32。該二凹槽31呈半球 形。亥一 α槽32自該一凹槽31向外延伸，且深度小於各該 凹槽31之深度。該二第二樞接部4分別穿設於該二腳架本體 2〇的接合體21的通孔21〇處，各該第二樞接部4包括二凸 部41及一彈性元件42，彈性元件42兩端分別抵於該二凸部 41底面。各該凸部41受該彈性元件42之彈力影響而朝相互 遠離的方向位移’並受該接合體21的擋止部211限位，且部 分突出於該接合體21 i表面與下表面而供頂抵各該凹槽 31。各該滑槽32的形狀與各該凸部41之末端處相配合。各 該:部41為—半球體或半球殼，與各該凹槽Η之半球形相 配合。各該第二枢接部4還包括—設置於該二凸部41之間的 彈I·生70件42,該二凸部41是透過該彈性元件42而相 接。 當各該腳架本體20展開大於9〇度，會使第二框接部4New type of description: [New technical field] The present invention relates to a type of eyeglass frame, in particular to a type of eyeglass frame that can be replaced. [Prior Art] Glasses are already a necessity in daily life. Commonly there are sunglasses, near-wei mirrors and Wei glasses, as long as the appropriate lenses are worn on the frame to achieve the required functions. 1 glasses are worn on the face, which belongs to the kind of people who can immediately notice when they meet. Accessories will make users pay more and more attention to the image that the appearance of the glasses brings to other people. Therefore, it is hoped that the different styles of the tripod can be changed at any time to increase the appearance of the glasses, and an invention with a quick-release tripod is developed, such as (4) M352_ . The invention has a quick release joint on the outside of the spectacle frame to achieve the function of easily replacing the appearance of the glasses. Some outdoor activities, such as playing basketball, are easy for users wearing general glasses to make the glasses slip easily due to sweat from the face. If the glasses slide, the material of the eye lens is relatively hard and it is easy to cut the face. If the glasses slide down to the ground, the glasses may be broken or damaged. Therefore, the detachable joint of the tripod and the frame not only increases the change of the appearance of the glasses, but also can be applied to replace the general tripod with a fixed tripod, so that the user can replace the glasses before the movement to fix the glasses on the face' Reduce the damage caused by the falling of the glasses, and thus enhance the functionality of the glasses. M419946 [New content] Therefore, the object of the present invention is to provide a spectacle frame having a compressible quick-release tripod structure. Therefore, the novel eyeglass frame is suitable for use in combination with a lens, which comprises a frame, a tripod unit, a second joint and a second: a joint. The frame has a frame body and two extensions. The frame body is for mounting and fixing the two lenses, and the two extensions respectively extend from left and right sides of the frame body. The tripod unit has two elongated stand bodies and two joint bodies respectively disposed at the head ends of the stand bodies and accommodated in the extension body. The tripod unit is rotatable relative to the frame between a deployed position and a collapsed position. When the folded position is rotated to the deployed position, the stand unit abuts against each of the frames and does not continue to rotate. The two first pivoting portions are respectively disposed at the two extensions of the frame. The second frame connecting portions are respectively disposed at the joint body of the frame early, and the shape is matched with the first pivoting portions: each of the second pivoting portions and each of the first plugging portions are- The type is compressible and enables the stand unit to be detachably connected to the frame. The new type of function is that the first pivoting portion is disposed on the frame, and the second pivoting portion is disposed on the stand unit, and each of the first pivoting portions is coupled to each of the second pivoting portions and is easy to replace. The purpose of the tripod unit. In order to be able to be compressed and to achieve the same, in the description, the foregoing and other technical contents of the present invention, and the preferred embodiments of the present invention will be described in detail. M419946 Referring to Figures 1 and 2, the novel eyeglass frame is suitable for use, and the preferred embodiment of the present invention comprises a frame frame bipod unit 2, a first pivoting portion 3 and two second pivoting portions 4. The frame 1 has a 'frame body 11 & two extensions 12 for mounting and fixing the two lenses 5, and the two extensions 12 respectively extend from the left and right sides of the frame body 11. Referring to FIG. 2, FIG. 3 and FIG. 4, each of the extensions 12 includes an upper wall 121, a bottom wall 122, and a soil 23 between the upper wall ΐ2ι and the bottom wall (2). The end of the wall 122 has a circular arc shape, and the outer side of each of the locking walls 123 and the upper wall 121 are flush with the inner side of the wall 122. The stand 7L 2 has two elongated stand bodies 2G and two engaging members 21 and two abutting walls 22 provided at the ends of the legs 2 of the stand body. It is worth mentioning that the tripod unit 2 of the present invention is not limited to the present embodiment, and the bipod body of the present embodiment can be replaced by the strip-shaped tripod body of the single-f-fold (four). The 21 and the abutting wall 22 are disposed at both ends of the stand body 20. The interface body 21 is disposed between the upper wall i2i of the extension body 12 and the bottom wall (2) and the front end rim of the joint body 21 has a circular arc shape and cooperates with the inner contour of the corresponding locking wall (2). . Referring to Fig. 3, Fig. 5 and Fig. 6, the center of the joint body 21 is formed through the through hole 21G, and has two stopper portions which respectively protrude inward from the lower opening of the through hole 21. The use of the second stop portion 2U will be described later. The two abutting walls 22 are spaced apart from above and below the joint body 21, and the outer side of each of the abutting walls 22 is flush with the joint body 21, and the inner side has a circular arc shape and corresponds to the extension body 12 corresponding to 5 M419946. The walls 121 or the bottom wall 122 are contoured. Each of the stand bodies 20 is rotatable relative to the frame in a deployed position and a folded position. When the folding position is rotated to the deployed position, the two abutting walls 22 of each of the stand bodies 20 abut against the outer side of the upper wall 121 and the bottom wall 122 of the corresponding extension body 12, and the card of the extension body 12 The stop wall 123 abuts against the outer side of the joint body 21. The tripod body 20 is no longer rotated relative to the frame 1, thereby limiting the deployment angle of the tripod body 20. The embodiment limits the deployment angle to about 90 degrees. . The two first pivoting portions 3 respectively correspond to the two extensions 12 disposed on the frame. Each of the first pivoting portions 3 includes a groove 31 and two sliding grooves 32 respectively formed on opposite faces of the upper wall 121 and the bottom wall 122. The two grooves 31 have a hemispherical shape. The Hai-α groove 32 extends outward from the groove 31 and has a depth smaller than the depth of each of the grooves 31. The two second pivoting portions 4 are respectively disposed at the through holes 21 of the joint body 21 of the bipod body 2 , and each of the second pivoting portions 4 includes two convex portions 41 and an elastic member 42 . The two ends of the element 42 respectively abut against the bottom surface of the two convex portions 41. Each of the convex portions 41 is displaced by the elastic force of the elastic member 42 and displaced in a direction away from each other and is restricted by the stopper portion 211 of the joint body 21, and partially protrudes from the surface and the lower surface of the joint body 21 i. Abut against each of the grooves 31. The shape of each of the sliding grooves 32 is matched with the end of each of the convex portions 41. Each of the portions 41 is a hemispherical or hemispherical shell that cooperates with the hemispherical shape of each of the grooves. Each of the second pivoting portions 4 further includes an elastic member 70 disposed between the two convex portions 41. The two convex portions 41 are connected through the elastic member 42. When each of the stand bodies 20 is deployed more than 9 degrees, the second frame 4 is caused.