M443864 五、新型說明： 【新型所屬之技術領域】 本新型是關於一種眼鏡’特別是指一種鏡框及鏡腳都 是由金屬板材製成的眼鏡。 【先前技術】 參閱圖1、2，習知眼鏡基本上包含—個鏡框單元u， 以及兩支安裝在該鏡框單元U後方兩側的鏡腳單元12，該 鏡框單元11包括一個金屬板材裁切而成的鏡框lu，以及 兩片安裝在該鏡框111上的鏡片112,該鏡框lu具有兩個 左右對稱的鏡框部113、兩個自該等鏡框部113往後延伸的 鏡腳組裝部114，以及兩條分別貫穿同側之鏡框部113及鏡 腳組裝部114的夾縫115，每個鏡腳組裝部114都具有兩個 位在該夾縫115相反側的夾片116，前述夾片116都具有一 個開口遠離該夾縫115的鏡框卡槽ln。 而該等鏡腳單元12都包括：一個金屬板材製成的扣合 件13及一金屬材料成型的鏡腳14。該扣合件13具有一片 位在鏡腳組裝部U4内側的基壁131，以及兩個自該基壁 131的頂緣及底緣往外再相向延伸的扣合壁〗32，該基壁 131具有兩個分別與該等鏡框卡槽117的其中之一内外對應 的扣件卡槽133。而該鏡腳14具有兩個上下間隔且分別鉤 卡在對應之鏡框卡槽】丨7及扣件卡槽133内的卡扣條141， 以及一個介於該等卡扣條141間並抵靠在該扣合件13之基 壁131外側的彈力撐條142，每個卡扣條141都具有 一個扣 合後位在該等扣合件l3之扣合壁〖Μ前緣處的外抵段M3 3 M443864 ，以及一個左右向橫跨在對應之鏡框卡槽117及扣件卡槽 133間的跨靠段144。 習知眼鏡雖然可以利用扣合件13來扣合該鏡框ηι上 對應之夹片116,同時利用設在該等扣合件13及鏡框1U 上的扣件卡槽丨33及鏡框卡槽in來讓鏡腳14的該等卡扣 條141卡合，可以達到組裝鏡腳14並使鏡腳14具有彈力 的目的。但為了達成前述目的，其必需設置該等扣件卡槽 133及鏡框卡槽in,同時折彎該等鏡腳14的卡扣條ΐ4ι， 以形成可以鉤卡在扣件卡槽133及鏡框卡槽117上的外抵段· 143及跨靠段144❶上述構造不僅組裝時要先讓扣件卡槽 133及鏡框卡槽in對齊，還需要外扳該等卡扣條141，故 組裝上不方便。而在組裝後，位在鏡框lu左右兩側的部位 也顯得很不平整，亦即，在組裝後該等扣合件13的扣合壁 132不僅比夾月116突出，穿出該等扣件卡槽133及鏡框卡 槽1Π之卡扣條141的外抵段143也會突出於該等扣合件 13之扣合壁132的前方，因此，整體在組合後的平整性差 ’美觀性也不佳。 【新型内容】 本新型之目的是在提供一種組裝容易，且外形更為平 整及美觀的眼鏡。 本新型之眼鏡包含一鏡框單元及兩鏡腳單元，該鏡框 單元具有兩個左右對稱並往後延伸的鏡腳組裝部，而=等 鏡腳單元分別安裝在該鏡框單元之鏡腳組裝部上，每個鏡 腳單7L都包括一扣設在該鏡腳組裝部上的樞扣座、—鏡腳 4 ，以及一個將該鏡腳以可樞轉方式安裝在該枢扣座上的柩 軸組件，該枢扣座具有一個位於該鏡腳組裝部外側的外侧 壁，以及兩片上下平行並位於該鏡腳組裝部内側的拖接壁 ’而。玄鏡腳具有至少—片抵樓在該枢扣座之外側及後端的 彈力撐條，以及一個藉該樞轴組件以可樞轉方式架設在該 插扣座之β亥等樞接壁之間的樞接條。當該鏡腳位在一展開 位置時，該鏡腳之彈力撐條是貼靠在該枢扣座之外側壁的 外側，而當該鏡腳轉換到一收合位置時，該鏡腳之彈力撐 條疋抵罪在該框扣座之後端。 本新型的有益功效在於··前述鏡腳單元可以插接的方 式簡易地安裝在該鏡框單元之該等鏡腳組裝部的其中之一 上，且在組裝後，該等樞扣座的外側壁位於該鏡框之鏡腳 組裝部的外侧，故本新型之眼鏡的外觀亦具有較佳的平整 度及美觀性。 【實施方式】 有關本新型之前述及其他技術内容、特點與功效，在 父下配&參考圖式之一較佳實施例的詳細說明中，將可清 楚的呈現。 參閱圖3、4，本新型眼鏡之一較佳實施例包含：一鏡 框單元20，以及兩個左右對應地安裝在該鏡框單元2〇後方 的鏡腳單元21 ’該鏡框單元2G包括—個鏡框3，以及兩片 安裝在該鏡框3上的鏡片2〇1，每個鏡腳單元Μ都包括一 個安裝在該鏡框3後方的姊座4、—支鏡腳5，以及一個 將該鏡腳5以可樞轉方式安裝在該拖扣座4後方的框轴組 M443864 件6。 本貫施例之鏡框3具有兩個左右對應並分別供該等鏡 片201安裝的鏡框部3丨、兩個分別由該等鏡框部3丨外側往 後延伸的鏡腳組裝部32，以及兩個水平設置且由該鏡框部 31往同側之鏡腳組裝部32延伸的央縫33。該鏡腳組襄部 32具有兩片分別位在該夾縫33上方及下方的夾片321，每 片夾片321都具有一個往相反於該夾縫33之方向突出的插 接卡塊322。在設計上，本實施例之鏡框3並不以具有該夾 縫33為必要，即前述夾片321亦可以焊接方式固定地結合 〇 本實施例之每個樞扣座4都具有一片位在該鏡框3之 鏡腳組裝部32外側且直立設置的外侧壁41、兩片水平間隔 並位於該鏡框3之鏡腳組裝部32内侧的樞接壁42，以及兩 個分別自該外側壁41的頂緣及底緣往内側延伸且分別與該 等樞接壁42的其令之一連接的夾扣壁43。每個樞接壁42 都具有一直向的樞接孔421，而該等失扣壁43都具有一個 對應該鏡腳組裝部32之該等插接卡塊322的其中之一的卡 接孔4 31。 本實施例之該等鏡腳單元21的鏡腳5都具有兩片上下 間隔且往該鏡框3方向延伸的彈力撐條51、一條位於該等 彈力撐條51之間的枢接條52，以及兩條區隔出該等彈力撐 條51及該樞接條52的剖槽53❶該等彈力撐條5ι都具有一 個朝内之罪抵面511，而該框接條52具有一段與該等彈力 撐條51平齊的基段521、一段與該基段521平行但具有高 6 M443864 度差的框接段522，以及一個傾斜地連接在該基段52丨及該 樞接段522之間的彎連段523，該樞接段522具有兩個上下 設置的柩接卡塊524。而該㈣組件6具有兩支可枢轉地分 別梱設在該樞扣座4之樞接孔421内的拖轴6卜每支極轴 61都具有—個供該插接條52之該等㈣卡塊524插設的定 位槽611。 參閱圖4、5' 6 ’本實施例之眼鏡在組裝時，先將該插 扣座4、該等樞軸61及該鏡腳5組合形成該鏡腳單元η， 再將》亥鏡腳單το 21由後往前地插設在該鏡框單元2〇之該 等鏡腳組32的其巾之—後方，㈣鏡框3之插接卡塊 322分別卡入於該鏡聊單元21之樞扣座4的卡接孔⑶内 時’該鏡腳單元21即可穩固且簡單地組裝在該鏡框3之鏡 腳組裝部32上。 在組裝後且該鏡腳單元21的鏡腳5位在圖5所示的一 展開位置時，該鏡腳單元21之拖彡 之柘扣座4是扣設在該鏡框3 之鏡腳組裝部32卜，。 _八^ _鏡腳5之框接條52的拖接卡塊 524刀別插設在該等枢軸 釉61上相對没置的定位槽011内， 所述鏡腳5之該等彈力撐條5ι ^ 保的罪抵面511則是平貼在該 樞扣座4之外側壁41的 ^ ^ 龙且上下間隔設置，此時， 該眼鏡之外側相當平整、美觀。 參閱圖4、6、7，當該鏡腳單元 Λ ΒΒ 干70 21的鏡腳5要由圖5 的展開位置轉換到圖7所 s… 所不的—收合位置時，乃施力將該 兄 ^此時，該鏡腳5及料_6ι就會以該摇扣 座之指接孔421為支點枢轉，在樞轉的過程中，該鏡 7 M443864 腳5之該等彈力樓條51的靠抵面511會先抵靠在該樞扣座 4的外側，之後逐漸地轉移到該框扣座4的後端，即當該鏡 腳5之該等彈力撐條51的靠抵面511靠抵在該框扣座4 ^ 後端’其即轉到換到該收合位置。 由以上說明可知，本新型該眼鏡的結構不僅新穎在 ’’且裝的過中’只要將該等鏡腳單元2】往前插設在該鏡框 單元20之該等鏡腳组裝部32的其中之一上，即可輕鬆地 完成組合，故本新型該眼鏡在組裝上很方便。另一方面， 本新型之眼鏡在組裝後，由兩側只會看到該等枢扣座4之· 平整的外側壁41，以及平貼在該插扣座4之外側壁4】的彈 力撐條51，上述彈力撐條5丨的設計不僅上下對稱均勻可 保持長久穩固的彈力，其亦可因此增進該眼鏡外觀之平整 性及美觀性’故本新型確為—組裝方便、外觀平整美觀的 眼鏡。 惟以上所述者’僅為本新型之較佳實施例而已，當不 能以此限定本新型實施之範圍，即大凡依本新型申請專利 範圍及新型說明内容所作之簡單的等效變化與修飾皆仍鲁 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一種習知眼鏡的立體圖； 圖2是該習知眼鏡的一局部立體分解圖，主要說明該 眼鏡之一鏡腳單元； 圖3是本新型眼鏡之一較佳實施例的立體圖； 圖4是該較佳實施例之—局部立體分解圖主要說明 M443864 該眼鏡之一鏡腳單元； 圖5是該較佳實施例之一局部俯視示意圖，圖中該眼 鏡之·一鏡腳位在一展開位置； 圖6是該較佳實施例之一局部側視圖，說明該眼鏡之 鏡腳單元與一鏡框單元的組合關係，·及 圖7是一類似圖5的局部俯視示意圖，圖中該眼鏡之 鏡腳位在一收合位置。 M443864 【主要元件符號說明】 20 鏡框單元 431 卡接孔 201 鏡片 5 鏡腳 21 鏡腳單元 51 彈力撐條 3 鏡框 511 靠抵面 31 鏡框部 52 樞接條 32 鏡腳組裝部 521 基段 321 爽片 522 樞接段 322 插接卡塊 523 彎連段 33 夾縫 524 樞接卡塊 4 樞扣座 53 钊槽 41 外側壁 6 樞軸組件 42 樞接壁 61 樞軸 421 柩接孔 611 定位槽 43 夾扣壁 10M443864 V. New description: [New technical field] The present invention relates to a kind of glasses, in particular to a type of glasses in which the frame and the temple are made of sheet metal. [Prior Art] Referring to Figures 1 and 2, conventional glasses basically include a frame unit u, and two temple units 12 mounted on the rear sides of the frame unit U, the frame unit 11 including a sheet metal cutting The frame frame lu and two lenses 112 mounted on the frame 111 have two left and right symmetrical frame portions 113 and two temple assembly portions 114 extending rearward from the frame portions 113. And two nips 115 respectively extending through the frame portion 113 and the temple assembly portion 114 on the same side, each of the temple assembly portions 114 having two clips 116 on opposite sides of the nip 115, the clips 116 having An opening away from the frame slot ln of the nip 115. The temple units 12 include a fastener member 13 made of sheet metal and a temple 14 formed of a metal material. The fastening member 13 has a base wall 131 located inside the temple assembly U4, and two fastening walls 32 extending outward from the top edge and the bottom edge of the base wall 131. The base wall 131 has Two fastener slots 133 respectively corresponding to one of the inner and outer sides of the frame slot 117. The temple 14 has two snap strips 141 which are spaced apart from each other and hooked into the corresponding frame card slot 丨7 and the fastener slot 133, and a card 141 between the snap strips 141 and abutting In the elastic struts 142 outside the base wall 131 of the fastening member 13, each of the fastening strips 141 has a fastening portion located at the front edge of the fastening wall of the fastening member 13 M3 3 M443864 and a straddle section 144 spanning between the corresponding frame slot 117 and the fastener slot 133. Although the conventional glasses can be used to fasten the corresponding clips 116 on the frame ηι, the fasteners 丨 33 and the frame card slot in the fasteners 13 and the frame 1U can be used. By engaging the snap strips 141 of the temples 14, it is possible to assemble the temples 14 and to provide the legs 14 with an elastic force. However, in order to achieve the above purpose, it is necessary to provide the fastener slot 133 and the frame card slot in, and simultaneously bend the buckle strips 4 of the temples 14 to form a hook card 133 and a frame card. The outer abutting section 143 and the abutting section 144 on the groove 117 are not only aligned when the fastener slot 133 and the frame card slot in are assembled, but also need to be externally pulled by the buckle strip 141, so assembly is inconvenient. . After assembly, the positions on the left and right sides of the frame lu are also uneven, that is, after the assembly, the fastening walls 132 of the fastening members 13 are not only protruded from the month 116, but also the fasteners are worn out. The outer abutment portion 143 of the latching strip 141 of the card slot 133 and the frame card slot 1 ) also protrudes in front of the fastening wall 132 of the fastening member 13 , so that the overall flatness after the combination is not good. good. [New content] The purpose of the present invention is to provide an eyeglass that is easy to assemble and has a flatter and more aesthetic appearance. The eyeglasses of the present invention comprise a frame unit and two temple units, the frame unit having two temple assemblies that are symmetrical and extend rearward, and the mirror units are mounted on the temple assembly of the frame unit. Each of the temples 7L includes a pivoting seat that is fastened to the temple assembly, a temple 4, and a cymbal that pivotally mounts the temple on the pivoting seat. And an assembly, the pivot seat has an outer side wall located outside the temple assembly portion, and two pieces of drag walls that are parallel to each other and located inside the temple assembly. The telescopic leg has at least a resilient strut that abuts against the outer side and the rear end of the pivoting seat, and a hinged assembly is pivotally mounted between the pivoting walls of the latching seat The pivotal strip. When the temple is in a deployed position, the elastic struts of the temple are abutted against the outer side of the outer wall of the pivot seat, and when the temple is switched to a folded position, the elastic force of the temple The struts are sinned at the end of the frame. The beneficial effect of the novel is that the aforementioned temple unit can be easily mounted on one of the temple assembly parts of the frame unit, and after assembly, the outer side wall of the pivot seat Located on the outer side of the temple assembly of the frame, the appearance of the glasses of the present invention also has better flatness and aesthetics. [Embodiment] The foregoing and other technical contents, features and effects of the present invention will be apparent from the detailed description of the preferred embodiment of the parent and the reference drawings. Referring to Figures 3 and 4, a preferred embodiment of the present invention comprises: a frame unit 20, and two temple units 21 correspondingly mounted to the rear of the frame unit 2'. The frame unit 2G includes a frame. 3, and two lenses 2〇1 mounted on the frame 3, each of the temple units 包括 includes a cymbal 4 mounted on the rear of the frame 3, a temple 5, and a mirror 5 A frame shaft set M443864 6 that is pivotally mounted behind the drag seat 4. The frame 3 of the present embodiment has two frame portions 3 corresponding to the left and right lenses, and two lens frame portions 32 respectively extending rearward from the outer side of the frame portions 3, and two frame portions 32, respectively The center slit 33 that is horizontally disposed and extends from the frame portion 31 to the temple assembly portion 32 on the same side. The temple set crotch portion 32 has two clips 321 positioned above and below the nip 33, each of the clips 321 having a plug block 322 projecting in a direction opposite to the nip 33. In the design, the frame 3 of the embodiment is not necessary to have the nip 33, that is, the clip 321 can also be fixedly coupled in a welded manner. Each of the pivot seats 4 of the embodiment has a piece in the frame. An outer side wall 41 disposed outside the temple assembly unit 32 and erected, two pivotal walls 42 horizontally spaced apart from the temple assembly portion 32 of the frame 3, and two top edges respectively from the outer side wall 41 And a clip wall 43 extending inwardly of the bottom edge and respectively connected to one of the pivoting walls 42 thereof. Each of the pivoting walls 42 has a pivoting hole 421 which is always facing, and the latching walls 43 have a latching hole 4 corresponding to one of the plugging blocks 322 of the temple assembly 32. 31. The temples 5 of the temple units 21 of the embodiment have two elastic struts 51 spaced apart from each other and extending in the direction of the frame 3, and a pivot strip 52 between the elastic struts 51, and The two regions separate the elastic stays 51 and the split slots 53 of the pivot strips 52. The elastic stays 5ι have an inward facing suffix 511, and the frame strip 52 has a length and the elastic force. The base 51 of the struts 51 is flush, a section 522 parallel to the base 521 but having a height difference of 6 M 443 864, and a bend obliquely connected between the base 52 丨 and the pivotal section 522 In the connecting section 523, the pivoting section 522 has two splicing blocks 524 disposed above and below. The (4) assembly 6 has two tow shafts 6 pivotally respectively disposed in the pivot holes 421 of the pivot seat 4, and each of the pole shafts 61 has one for the plug strip 52. (4) The positioning slot 611 in which the block 524 is inserted. Referring to FIG. 4, FIG. 5' 6 ' when the glasses of the embodiment are assembled, the socket 4, the pivots 61 and the temples 5 are combined to form the temple unit η, and then the mirror foot is The το 21 is inserted rearward from the back of the frame group 2 of the frame unit 2, and (4) the insertion block 322 of the frame 3 is respectively engaged with the pivot of the mirror unit 21. When the holder 4 is engaged in the hole (3), the temple unit 21 can be stably and simply assembled on the temple assembly 32 of the frame 3. After the assembly, and the temple 5 of the temple unit 21 is in a deployed position as shown in FIG. 5, the buckled seat 4 of the temple unit 21 is fastened to the temple assembly of the frame 3. 32 Bu,. The squeezing block 524 of the frame strip 52 of the Mirror 8 is inserted into the positioning slot 011 which is not disposed on the pivot glaze 61, and the elastic struts 5 of the temple 5 ^ The sin-tolerant face 511 is placed flat on the outer side wall 41 of the pivot seat 4 and is spaced up and down. At this time, the outer side of the eyeglass is relatively flat and beautiful. Referring to Figures 4, 6, and 7, when the temple 5 of the temple unit 70 70 70 70 is to be switched from the unfolded position of Fig. 5 to the s... Brother ^ At this time, the temple 5 and the material _6 ι will pivot with the finger joint hole 421 of the rocking seat as a fulcrum. During the pivoting process, the elastic tower 51 of the mirror 7 M443864 foot 5 The abutting surface 511 will first abut against the outer side of the pivoting seat 4, and then gradually transfer to the rear end of the frame retaining seat 4, that is, the abutting surface 511 of the elastic stay 51 of the temple 5 Relying on the frame buckle 4 ^ rear end 'it' is transferred to the retracted position. As can be seen from the above description, the structure of the glasses of the present invention is not only novel and can be inserted into the temple assembly 32 of the frame unit 20 as long as the arm units 2 are forwardly inserted. In one of them, the combination can be easily completed, so the glasses of the present invention are convenient to assemble. On the other hand, after assembling the eyeglasses of the present invention, only the flat outer side wall 41 of the pivot socket 4 and the elastic support flatly attached to the outer side wall 4 of the buckle seat 4 are seen from both sides. Article 51, the design of the above-mentioned elastic struts 5丨 is not only symmetrical and uniform, but also maintains a long-lasting and stable elastic force, which can also improve the flatness and the appearance of the appearance of the glasses. Therefore, the present invention is a simple assembly and a flat appearance. glasses. However, the above description is only a preferred embodiment of the present invention, and the scope of the present invention cannot be limited thereto, that is, the simple equivalent changes and modifications made by the novel patent application scope and the new description content are It is still within the scope of this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of a conventional eyeglass; FIG. 2 is a partial exploded perspective view of the conventional eyeglass, mainly illustrating one of the eyepiece units of the eyeglass; FIG. FIG. 4 is a partial perspective view of the preferred embodiment of the preferred embodiment of the present invention. FIG. 5 is a partial top view of the preferred embodiment. FIG. Figure 6 is a partial side elevational view of the preferred embodiment of the preferred embodiment, illustrating the combination of the temple unit and a frame unit of the lens, and Figure 7 is a partial plan view similar to Figure 5. Schematic diagram, in which the temples of the glasses are in a folded position. M443864 [Main component symbol description] 20 Frame unit 431 Snap hole 201 Lens 5 Mirror leg 21 Mirror unit 51 Elastic struts 3 Frame 511 Abutment 31 Frame part 52 Pivot bar 32 Mirror assembly part 521 Base section 321 Cool Sheet 522 pivoting section 322 plug block 523 bending section 33 quilting 524 pivoting block 4 pivoting seat 53 grooving 41 outer side wall 6 pivot assembly 42 pivoting wall 61 pivot 421 boring hole 611 positioning groove 43 Clip wall 10