M407401 五、新型說明： . 【新型所屬之技術領域】 本創作係關於一種眼鏡結構，尤指可便於將内框穩固 組合在鏡片後面及便於將内框從鏡片後面拆卸者。 【先前技術】 習知眼鏡，如一般的光學眼鏡，其包含有一鏡架、兩 -籲 鏡片及兩鏡腳，該鏡架具有兩個可供兩鏡片結合的鏡框， - 使兩鏡片分別嵌入鏡框之中，而兩鏡腳則分別樞接在兩鏡 框的外側框條。習知眼鏡如要在眼鏡後面加裝軟質墊框或 阻風框，以增加佩戴的舒適性或阻隔側風進入眼睛時，通 常會再利用黏性結構、外掛結構或磁性結構，以將軟質墊 框或阻風框加裝在眼鏡後面。然而，不論是黏性結構、外 掛結構或磁性結構都係屬於外加結構，其通常會使得眼鏡 整體結構複雜化、增加製造成本及不便於使用，例如為使 '· j鏡與婦墊框雜風框可翻組合，上述結構通常會提 n黏14騎力或磁力’但其卻使軟質墊框或阻風框不便 於從眼鏡後面拆卸。因此，如何創作出一種眼鏡，以使其 可便於將内框穩固組合在鏡片後面及便於將内框從鏡片後 面拆卸’將是本創作所欲積極揭露之處。 【新型内容】 有4^於上述習知技術之缺憾，創作人有感其未療於完 。遂竭其、智悉心研究克服，憑其從事該項產業多年之 3 M407401 累積經驗’進而研發出一種眼鏡結構，以期達到可便於將 . 内框穩固組合在鏡片後面及便於將内框從鏡片後面拆卸之 . 目的。 本創作之主要目的在提供一種眼鏡結構，其藉著内框 單元、鏡片單元及佩戴單元的組合，致使鏡片不需使用螺 絲等習知固定元件就可與内框組合，進而達到可便於將内 框穩固組合在鏡片後面及便於將内框從鏡片後面拆卸之目 的。 -鲁 為達上述目的，本創作之眼鏡結構的第一態樣包含： 一内框單元’其具有相互連接的二框架，該等框架分別具 有相連接成u型的一上框條、一外側框條及一下框條，該 等上框條相連接，該外側框條的前面設有至少一凸柱及從 框内橫向延伸到框外的至少一嵌槽，該下框條的下緣朝前 面橫向凸設有一支撐條；一鏡片單元，其具有相互連接的 二鏡片’該等鏡片分別對應該外側框條的内面設有至少一 '· 凹孔或至少一貫孔及橫向設置且凸出於該鏡片的至少一凸 -肋’該凸肋嵌入該嵌槽，該凸柱置入該凹孔或該貫孔，該 鏡片底緣抵靠在該支撐條；以及一佩戴單元，其樞接在該 鏡片單元的二側。 本創作之眼鏡結構的第一態樣包含：—内框單元，其 具有相互連接的二框架，該等框架分別具有相連接成^^型 的一上框條、一外侧框條及一下框條，該等上框條相連接， 該外侧框條的前面設有至少一凹孔或至少一貫孔及從框内 杈向延伸到框外的至少一嵌槽，該下框條的下緣朝前面橫 4 M407401 向凸設有一支撐條；一鏡片單元，其具有相互連接的二鏡 片，該等鏡片分別對應該外側框條的内面設有至少一凸柱 及橫向設置且凸出於該鏡片的至少一凸肋，該凸肋嵌入該 嵌槽’該凸柱置入該凹孔或該貫孔’該鏡片底緣抵靠在該 支撐條；以及一佩戴單元，其樞接在該鏡片單元的二侧。 藉此，本創作之眼鏡結構可便於將内框穩固組合在鏡 片後面及便於將内框從鏡片後面拆卸。 【實施方式】 為充分瞭解本創作之目的、特徵及功效，茲藉由下述 具體之實施例，並配合所附之圖式，對本創作做一詳細說 明，說明如後： 第1圖至第6圖分別為本創作第一具體實施例之分解 圖一、組合圖一、剖視圖一、分解圖二、組合圖二及剖視 圖二，如圖所示，本創作之眼鏡結構的第一態樣包含一内 框單元1、一鏡片單元2及一佩戴單元3。其中，該内框單 元1具有相互連接的二框架11，該等框架11分別具有相 連接成U型的一上框條111、一外側框條113及一下框條 112，該等上框條111相連接，該外側框條113的前面設有 至少一凸柱1131、1133及從框内橫向延伸到框外的至少一 嵌槽1132，該下框條112的下緣朝前面橫向凸設有一支撐 條1121，該内框單元1可避免側風直接吹進使用者的眼 睛，造成使用者不適，另外，本創作第一態樣之該等上框 條111與該等下框條112之間亦可分別再藉由一内側框條 5 M407401 (圖未示）連接，以形成封閉的二框架；該鏡片單元2具 有相互連接的二鏡片21，該等鏡片21分別對應該外側框 條113的内面設有至少一凹孔211或至少一貫孔213及橫 向設置且凸出於該鏡片21的至少一凸肋212，該凸肋212 嵌入該嵌槽1132，該凸柱1131、1133置入該凹孔211或該 貫孔213，該鏡片21底緣抵靠在該支撐條1121，另外，本 創作第一態樣之鏡片單元2為無框設計，其重量較輕，佩 戴輕便，且由於其為無框設計，因此該鏡片單元2的周緣 無遮蔽，視野較廣，再者，該鏡片單元2可為有色鏡片以 避免太陽光傷害眼睛；該佩戴單元3樞接在該鏡片單元2 的二側，且具有二連接元件32及二鏡腳33，其中，該二 連接元件32分別以其一端樞接在該鏡片單元2的二侧，該 二鏡腳33分別以其一端連接於該二連接元件32的另一端。 因此，藉由該凸肋212與該嵌槽1132的配合可引導該 内框單元1組合至該鏡片單元2後面，之後再藉由該凸柱 1131、1133與該凹孔211或該貫孔213的配合可將該内框 單元1組合在該鏡片單元2後面，其中，該凸柱1131、1133 與該凹孔211或該貫孔213的數量可同時增加以提高組合 的強度，另外，由於該内框單元1及該鏡片單元2皆為弧 形，且該凸柱1131、1133與該凹孔211或該貫孔213係分 別在該内框單元1及該鏡片單元2的二側，因此藉由該内 框單元1及該鏡片單元2本身的彈性（該内框單元1為外 擴的彈性，該鏡片單元2為内縮的彈性）即可使該凸柱 1131、1133與該凹孔211或該貫孔213相互結合，進而限 6 M407401 制該内框單元1與該鏡片單元2彼此之間前後向的移動， 接著再藉由該凸肋212與該嵌槽1132的相互限制，及該鏡 片單元2的上緣與下緣與該上框條111、該下框條112及該 支撐條1121的相互限制，可避免該鏡片單元2相對於該内 框單元1上下轉動，進而達到可便於將該内框單元1穩固 組合在該鏡片單元2後面的目的。另外，若欲拆卸（更換） 該内框單元1時，使用者僅需在該鏡片單元2的二側向外 施力，或在該内框單元1的二側向内施力，使該鏡片單元 2的二側略微朝外撐開，或使該内框單元1的二側略微朝 内縮，使該凸柱1131、1133與該凹孔211或該貫孔213分 離，之後再將該内框單元1向後移動，即可從該鏡片單元 2後面拆卸該内框單元1，使用上十分便利。 另外，第4圖至第6圖中的凸柱1133的頂端亦可再設 計成微向後彎的勾型，以提高該内框單元Γ與該鏡片單元 2組合的強度。 第7圖至第12圖分別為本創作第二具體實施例之分解 圖一、組合圖一、剖視圖一、分解圖二、組合圖二及剖視 圖二，如圖所示，本創作之眼鏡結構的第二態樣包含一内 框單元1、一鏡片單元2及一佩戴單元3。該内框單元1具 有相互連接的二框架11，該等框架11分別具有相連接成U 型的一上框條111、一外側框條113及一下框條112，該等 上框條111相連接，該外側框條113的前面設有至少一凹 孔1134或至少一貫孔1135及從框内橫向延伸到框外的至 少一嵌槽1132，該下框條112的下緣朝前面橫向凸設有一 7 支樓條1121 ’該内框單元丨可避免側風直接吹進使用者的 眼睛，造成使用者不適，另外，本創作第二態樣之該等上 框條111與該等下框條112之間亦可分別再藉由一内侧框 條（圖未不）連接，以形成封閉的二框架；該鏡片單元2 具有相互連接的二鏡片21，該等鏡片21分別對應該外側 框條113的内面設有至少一凸柱214、215及橫向設置且凸 出於該鏡片21的至少一凸肋212，該凸肋212嵌入該嵌槽 U32 ’該凸柱214、215置入該凹孔1134或該貫孔1135， ^鏡片21底緣抵靠在該支撐條im，料，本創作第二 〜樣之鏡片單元2為無框設計，其重量較輕，佩戴輕便， 且由於其為無框設計，因此該鏡片單元2的周緣無遮蔽， 視野較廣，再者，該鏡片單元2可為有色鏡片以避免太陽 先傷害眼睛；該佩戴單元3樞接在該鏡片單^ 2的二側， 且具有二連接元件32及二鏡腳33，其中，該二連接元件 =分別以其一端樞接在該鏡片單元2的二側，該二鏡腳33 分別以其一端連接於該二連接元件32的另—端。 因此，藉由該凸肋212與該嵌槽1132的配合可引導該 内框單元1組合至該鏡片單元2後面，之後再藉由該凸柱 I14、215與該凹孔1134或該貫孔1135的配合可將該内框 單元1組合在該鏡片單元2後面，其中，該凸柱214、215 與該凹孔1134或該貫孔1135的數量可同時增加以提高組 口的強度，另外，由於該内框單元1及該鏡片單元2皆為 孤幵^且該凸柱214、215與該凹孔1134或該貫孔η%係 /刀別在該鏡片單元2及該内框單元1的二側，因此藉由該 M407401 鏡片單兀2及該内樞單元1本身的彈性（該鏡片單元2為 内縮的彈性，該内樞單元丨為外擴_ 該凸柱 214、215與該凹孔〗10/1 t ^ 134或該貫孔1135相互結合，進而限 Π單7" 1 _鏡片料2彼此之間前後向的移動， ^再藉由該凸肋212與該㈣1132的相互限制，及該鏡 支心壯緣與下緣與該上框條Ul、該下框條112及該 樞ΐ 'Γ 1121的相互限制’可避免該鏡片單元2相對於該内 組：：1上下轉動’進而達到可便於將該内框單元1穩固 =在該鏡片以2後面的目的。另外’若欲拆卸（更換） =内框單70 1肖’使用者僅需在該鏡片單it 2的二側向外 施力，或在該内框單元Μ二侧向内施力，使該鏡 2的二側略微朝外擇開，或使該内框單元 内縮，使該一-與該凹孔1134心^^^ 離，之後再將該内框單幻向後移動，即可從該鏡片單元 Ζ後面拆卸該内框單元1，使用上十分便利。 上述第-態樣的外魏條113前岭有平彳 延伸到框外的二嵌槽1132,該凸柱1131、 Π 卜之間’該鏡片21對應該外侧樞條二= 有二凸肋212，該二凸肋212分別嵌入該二山 門面0又 增強引導及限制的功能。 敗曰1132，以 上述弟 >一態樣的外側框條113前面設有平/ 延伸到框外的二嵌槽1132，該凹孔1134又哕^丁且從框内 的内面設有二凸肋212，該二凸肋212 卜侧框條H3 莰入該二嵌槽 9 M407401 1132，以增強引導及限制的功能 上述第一態樣及第 L樣的佩戴單元3樞接在該 肋2i2之間，以增強樞接的強度。該二凸肋212分別 -樞接孔仙’賴鮮元3設有穿設錢佩戴單元^一 端及該二樞接孔2121的一固定元件31，該固定元件31 為插銷或螺絲等。M407401 V. New description: . [New technical field] This creation is about a kind of eyeglass structure, especially the one that can easily combine the inner frame behind the lens and facilitate the removal of the inner frame from the back of the lens. [Prior Art] Conventional optical glasses, such as general optical glasses, include a frame, a two-lens lens and two mirror legs, the frame has two frames for combining the two lenses, - the two lenses are respectively embedded in the frame Among them, the two mirror legs are respectively pivotally connected to the outer frame strips of the two frames. Conventional glasses, if you want to add a soft cushion frame or a windshield frame behind the glasses to increase the wearing comfort or block the crosswind from entering the eyes, usually use a sticky structure, an external structure or a magnetic structure to soften the mat. A frame or choke frame is attached to the back of the glasses. However, whether the adhesive structure, the external structure or the magnetic structure belongs to the external structure, it usually complicates the overall structure of the glasses, increases the manufacturing cost, and is inconvenient to use, for example, to make the '· j mirror and the woman's mat frame The frame can be flipped together, and the above structure usually mentions n-adhesive force or magnetic force 'but it makes the soft cushion frame or the choke frame inconvenient to be removed from the back of the glasses. Therefore, how to create a kind of glasses so that it can be easily combined with the inner frame behind the lens and to facilitate the removal of the inner frame from the back of the lens will be actively exposed by the present invention. [New content] There are 4^ defects in the above-mentioned conventional techniques, and the creator feels that he has not been treated. Exhausted, intelligent research and overcoming, with its accumulated experience of 3 M407401 in the industry, and then developed a glasses structure, in order to achieve easy to fit. The inner frame is firmly combined behind the lens and easy to frame the inner frame from behind the lens. Disassembly. Purpose. The main purpose of the present invention is to provide a spectacles structure, which can be combined with the inner frame by using a combination of an inner frame unit, a lens unit and a wearing unit, so that the lens can be combined with the inner frame without using a conventional fixing member such as a screw. The frame is firmly assembled behind the lens and facilitates the removal of the inner frame from the back of the lens. - Lu Weida for the above purposes, the first aspect of the eyeglass structure of the present invention comprises: an inner frame unit having two frames connected to each other, the frames each having an upper frame strip connected to a u-shape, an outer side a frame strip and a lower frame strip, wherein the upper frame strips are connected to each other, and the front side of the outer frame strip is provided with at least one protrusion and at least one recessed groove extending laterally from the frame to the outside of the frame, the lower edge of the lower frame strip is a support strip is laterally convex; a lens unit having two lenses connected to each other. The lenses respectively have at least one recessed hole or at least a uniform hole and laterally disposed and protruded from the inner surface of the outer frame strip. At least one convex-rib rib of the lens is embedded in the recessed groove, the protruding post is inserted into the concave hole or the through hole, the bottom edge of the lens abuts against the support strip; and a wearing unit is pivotally connected thereto The two sides of the lens unit. The first aspect of the eyeglass structure of the present invention comprises: an inner frame unit having two frames connected to each other, the frames respectively having an upper frame strip, an outer frame strip and a lower frame strip connected to each other The upper frame strips are connected to each other, and the front side of the outer frame strip is provided with at least one recessed hole or at least a consistent hole and at least one recessed groove extending from the inside of the frame to the outside of the frame, the lower edge of the lower frame strip facing the front a lateral lens is provided with a support strip; a lens unit having two lenses connected to each other, the lenses respectively having at least one protrusion corresponding to the inner surface of the outer frame strip and laterally disposed and protruding from the lens a rib embedded in the recessed groove, the protruding post is inserted into the recessed hole or the through hole, the bottom edge of the lens abuts against the support strip, and a wearing unit pivotally connected to the lens unit side. Thereby, the eyeglass structure of the present invention can facilitate the solid combination of the inner frame behind the lens and facilitate the removal of the inner frame from the back of the lens. [Embodiment] In order to fully understand the purpose, features and effects of this creation, the following specific examples and the accompanying drawings are used to explain this creation in detail, as follows: Figure 1 to Figure 6 is an exploded view of the first embodiment of the present invention, a combination of FIG. 1, a sectional view 1, an exploded view 2, a combined view 2 and a cross-sectional view 2. As shown in the figure, the first aspect of the eyeglass structure of the present invention includes An inner frame unit 1, a lens unit 2 and a wearing unit 3. The inner frame unit 1 has two frames 11 connected to each other, and the frames 11 respectively have an upper frame 111, an outer frame 113 and a lower frame 112 connected to each other in a U shape, and the upper frame 111 The front frame strip 113 is provided with at least one protrusion 1131, 1133 and at least one slot 1132 extending laterally from the frame to the outside of the frame. The lower edge of the lower frame strip 112 has a support laterally convex toward the front. In the strip 1121, the inner frame unit 1 can prevent the crosswind from directly blowing into the eyes of the user, causing discomfort to the user. In addition, between the upper frame 111 and the lower frame 112 of the first aspect of the creation. They can be respectively connected by an inner frame strip 5 M407401 (not shown) to form a closed two frame; the lens unit 2 has two lenses 21 connected to each other, and the lenses 21 respectively correspond to the inner faces of the outer frame strips 113 Having at least one recess 211 or at least a uniform hole 213 and at least one rib 212 disposed laterally and protruding from the lens 21, the rib 212 is embedded in the recess 1132, and the protrusion 1131, 1133 is inserted into the recess 211 or the through hole 213, the bottom edge of the lens 21 abuts against the support bar 1121. In addition, the lens unit 2 of the first aspect of the present invention is a frameless design, which is light in weight, light in wearing, and because of its frameless design, the lens unit 2 has no shielding at the periphery and a wide field of view. The lens unit 2 can be a colored lens to prevent sun damage to the eyes; the wearing unit 3 is pivotally connected to the two sides of the lens unit 2, and has two connecting elements 32 and two mirrors 33, wherein the two connecting elements 32 respectively One end of the lens unit 2 is pivotally connected at one end thereof, and the two mirror legs 33 are respectively connected at one end thereof to the other end of the two connecting members 32. Therefore, the inner frame unit 1 can be guided to the rear of the lens unit 2 by the cooperation of the rib 212 and the recess 1132, and then the protrusions 1131, 1133 and the recess 211 or the through hole 213 The inner frame unit 1 can be combined behind the lens unit 2, wherein the number of the protrusions 1131, 1133 and the recess 211 or the through hole 213 can be simultaneously increased to increase the strength of the combination, and The inner frame unit 1 and the lens unit 2 are both arcuate, and the protrusions 1131, 1133 and the recessed holes 211 or the through holes 213 are respectively on the two sides of the inner frame unit 1 and the lens unit 2, and thus The protrusions 1131, 1133 and the recess 211 can be made by the elasticity of the inner frame unit 1 and the lens unit 2 itself (the inner frame unit 1 is an outwardly expanding elasticity, and the lens unit 2 is contracted elastic). Or the through holes 213 are combined with each other, and the movement of the inner frame unit 1 and the lens unit 2 relative to each other is limited to 6 M407401, and then the mutual limitation of the convex rib 212 and the embedded groove 1132, and the Upper and lower edges of the lens unit 2 and the upper frame strip 111, the lower frame strip 112 and the support strip 1121 Each limit, the lens unit 2 can be avoided with respect to the inner frame unit 1 is rotated up and down, and then to the inner frame may facilitate a stable composition unit 2 in the rear of the object lens unit. In addition, if the inner frame unit 1 is to be disassembled (replaced), the user only needs to apply force to the two sides of the lens unit 2, or apply force to the two sides of the inner frame unit 1 to make the lens The two sides of the unit 2 are slightly outwardly extended, or the two sides of the inner frame unit 1 are slightly retracted, so that the protrusions 1131, 1133 are separated from the recessed holes 211 or the through holes 213, and then the inner portion is separated. The frame unit 1 is moved backward, and the inner frame unit 1 can be detached from the rear of the lens unit 2, which is very convenient to use. Further, the top end of the stud 1133 in Figs. 4 to 6 can be further designed as a micro-back bent hook type to improve the strength of the inner frame unit 组合 in combination with the lens unit 2. 7 to 12 are respectively an exploded view of the second embodiment of the present invention, a combination of FIG. 1, a sectional view 1, an exploded view 2, a combined view 2 and a cross-sectional view 2, as shown in the figure, the eyeglass structure of the present invention The second aspect includes an inner frame unit 1, a lens unit 2, and a wearing unit 3. The inner frame unit 1 has two frames 11 connected to each other, and the frames 11 respectively have an upper frame strip 111 connected to a U shape, an outer frame strip 113 and a lower frame strip 112, and the upper frame strips 111 are connected. The front side of the outer frame strip 113 is provided with at least one recessed hole 1134 or at least a uniform hole 1135 and at least one recessed groove 1132 extending laterally from the inside of the frame to the outside of the frame. The lower edge of the lower frame strip 112 is laterally convexly disposed toward the front side. 7 truss 1121 'The inner frame unit 丨 can prevent the crosswind from directly blowing into the eyes of the user, causing discomfort to the user. In addition, the upper frame 111 and the lower frame 112 of the second aspect of the present creation. They may also be connected by an inner frame strip (not shown) to form a closed two frame; the lens unit 2 has two lenses 21 connected to each other, and the lenses 21 respectively correspond to the outer frame strip 113. The inner surface is provided with at least one protrusion 214, 215 and at least one rib 212 disposed laterally and protruding from the lens 21. The rib 212 is embedded in the recess U32'. The protrusion 214, 215 is inserted into the recess 1134 or The through hole 1135, ^ the bottom edge of the lens 21 abuts against the support strip im, material, this creation The lens unit 2 is a frameless design, which is light in weight and light in wearing, and because of its frameless design, the lens unit 2 has no shielding at the periphery and a wide field of view. Furthermore, the lens unit 2 can be The colored lens is used to prevent the sun from hurting the eye first; the wearing unit 3 is pivotally connected to the two sides of the lens unit 2, and has two connecting members 32 and two mirror legs 33, wherein the two connecting members are respectively pivoted at one end thereof Connected to the two sides of the lens unit 2, the two mirror legs 33 are respectively connected at one end thereof to the other end of the two connecting members 32. Therefore, the inner frame unit 1 can be guided to the rear of the lens unit 2 by the cooperation of the rib 212 and the recess 1132, and then the protrusion 114, 215 and the recess 1134 or the through hole 1135 The inner frame unit 1 can be combined behind the lens unit 2, wherein the number of the protrusions 214, 215 and the recess 1134 or the through hole 1135 can be simultaneously increased to increase the strength of the group mouth, and The inner frame unit 1 and the lens unit 2 are both isolated and the protrusions 214, 215 and the recessed holes 1134 or the through holes η% are different from the lens unit 2 and the inner frame unit 1 Side, therefore, by the M407401 lens unit 2 and the elasticity of the inner unit 1 itself (the lens unit 2 is retracted elastic, the inner unit unit 外 is externally expanded _ the protrusions 214, 215 and the recess ???10/1 t ^ 134 or the through hole 1135 is combined with each other, thereby restricting the movement of the single 7" 1 lens material 2 to each other in the forward and backward directions, and then by the mutual limitation of the convex rib 212 and the (four) 1132, and The mirror core and the lower edge and the upper frame Ul, the lower frame 112 and the pivotal Γ '121 are mutually restricted to avoid the lens sheet The element 2 is rotated relative to the inner group::1 to further facilitate the inner frame unit 1 to be stable = after the lens is behind 2. In addition, if it is to be disassembled (replaced) = inner frame single 70 1 xiao' The user only needs to apply force to the two sides of the lens unit it 2 or apply force to the two sides of the inner frame unit, so that the two sides of the mirror 2 are slightly outwardly selected, or the inner frame is made The unit is retracted so that the one-to-the-hole is separated from the recessed hole 1134, and then the inner frame is singularly moved backward to remove the inner frame unit 1 from behind the lens unit, which is very convenient to use. The outer ridge 113 of the first aspect has a flat groove extending to the outer frame 1132 of the frame, and between the protrusions 1131 and 1-2, the lens 21 corresponds to the outer hinge 2 = the second rib 212 The two ribs 212 are respectively embedded in the two mountain facades 0 to enhance the guiding and restricting functions. The defeat 1132, in front of the outer frame strip 113 of the above-mentioned brother > is provided with a flat/extension to the outside of the frame The groove 1132 is further provided with two ribs 212 from the inner surface of the frame, and the two ribs 212 are inserted into the second frame 9 M4074 01 1132, in order to enhance the guiding and limiting function, the first aspect and the L-shaped wearing unit 3 are pivotally connected between the ribs 2i2 to enhance the strength of the pivoting. The two convex ribs 212 respectively - pivotally connect the holes 'Lai Xianyuan 3 is provided with a fixing member 31 for wearing one end of the money wearing unit and the two pivoting holes 2121. The fixing member 31 is a pin or a screw.
上述第-態樣及第二態樣的上框條U1及下框條 分別設有從框内延伸到框外的複數通氣槽llu、1122 便於將新鮮空氣引入，將熱氣或水氣排出。 上述第-態樣及第二態樣的眼鏡結構更可 =4’其結合在該喃單元1的内面，讓❹者配戴本 鏡結構時，可軟f護塾4切在鼻樑上，也 此減=卜力縣時對臉部的傷害，軸保護制者的功能。 一 3圖為本創作第二具體實施例之分解圖，如圖所The upper frame U1 and the lower frame of the first and second aspects are respectively provided with a plurality of venting grooves llu, 1122 extending from the inside of the frame to the outside of the frame to facilitate introduction of fresh air to discharge hot air or moisture. The spectacles structure of the first aspect and the second aspect can be combined with the inner surface of the singular unit 1 so that the wearer can wear the soft visor 4 on the bridge of the nose, and also reduce = The damage to the face during the period of Bu Li County, the function of the shaft protection system. A 3 diagram is an exploded view of the second embodiment of the creation, as shown in the figure
不:上述佩戴單元除具有二連接元件及二鏡腳外，亦可具 有j接7L件32及—彈性頭帶34，該二連接元件32分別 藉由1定^件31樞接在該鏡片單元2的二側， 二山頭帶34分別以其二端連接於該二連接元件32的另 一端’以滿足使用者不同的佩戴需求。 如上所述，本創作完全符合專利三要件：新穎性、進 步性tf業上的可利祕。以喃性和進步性而言，本創 作係=著内框單元、鏡片單元及佩戴單元的組合，致使鏡 片^而使用螺料習知固定元件就可與内框組合，進而達 U可便於將内框穩固組合在鏡片後面及便於將内框從鏡片 10 M407401 後面拆卸的效用。就產業上的可利用性而言，利用本創 所衍生的產品，當可充分滿足目前市場的需求。 ， 本創作在上文中已以具體實施例揭露，然熟習本項技 術者應理解的是，該實施例僅用於描繪本創作，而不應解 讀為限制本創作之㈣。纽意的是，舉凡與該實施例等 效之變化與置換，均應設為涵蓋於本創作之範疇内。因此， 本創作之㈣範圍當以下文之巾請專鄉g所界定者為 準。 【圖式簡單說明】 第1圖為本創作第一具體實施例之分解圖一。 第2圖為本創作第一具體實施例之組合圖一。 第3圖為本創作第一具體實施例之剖視圖一。 第4圖為本創作第一具體實施例之分解圖二。 第5圖為本創作第一具體實施例之組合圖二。 第6圖為本創作第一具體實施例之剖視圖二。 第7圖為本創作第二具體實施例之分解圖一。 第8圖為本創作第二具體實施例之組合圖一。 第9圖為本創作第二具體實施例之剖視圖一。 第10圖為本創作第二具體實施例之分解圖二。 第11圖為本創作第二具體實施例之組合圖二。 ，12圖為本創作第二具體實施例之剖視圖二。 第13圖為本創作第三具體實施例之分解圖。 11 M407401 【主要元件符號說明】No: the above-mentioned wearing unit may have a j-connected 7L member 32 and an elastic headband 34. The two connecting members 32 are respectively pivotally connected to the lens unit by a fixing member 31. On both sides of the two sides, the two mountain head straps 34 are respectively connected at their two ends to the other end of the two connecting members 32 to meet different wearing requirements of the user. As mentioned above, this creation is fully in line with the three requirements of the patent: novelty, progressive tf industry can be secret. In terms of ambience and progress, this creation department = the combination of the inner frame unit, the lens unit and the wearing unit, so that the lens can be combined with the inner frame using the screw conventional fixing element, and thus the U can be easily The inner frame is firmly assembled behind the lens and facilitates the removal of the inner frame from the back of the lens 10 M407401. In terms of industrial availability, the products derived from this creation can fully meet the needs of the current market. The present invention has been disclosed above in the specific embodiments, and it should be understood by those skilled in the art that this embodiment is only used to depict the present invention and should not be construed as limiting (4). It is intended that all changes and substitutions that are equivalent to this embodiment should be made within the scope of this creation. Therefore, the scope of (4) of this creation shall be subject to the definition of the following article. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an exploded view of the first embodiment of the present invention. Figure 2 is a combination diagram 1 of the first embodiment of the creation. Figure 3 is a cross-sectional view 1 of the first embodiment of the creation. Figure 4 is an exploded view of the first embodiment of the creation. Figure 5 is a combination diagram 2 of the first embodiment of the creation. Figure 6 is a cross-sectional view 2 of the first embodiment of the creation. Figure 7 is an exploded view of the second embodiment of the creation. Figure 8 is a combination diagram 1 of the second embodiment of the creation. Figure 9 is a cross-sectional view 1 of the second embodiment of the creation. Figure 10 is an exploded view of the second embodiment of the present invention. Figure 11 is a combination diagram 2 of the second embodiment of the creation. 12 is a cross-sectional view 2 of the second embodiment of the creation. Figure 13 is an exploded view of a third embodiment of the creation. 11 M407401 [Key component symbol description]
1 内框單元 11 框架 111 上框條 1111 通氣槽 112 下框條 1121 支撐條 1122 通氣槽 113 外側框條 1131 凸柱 1132 欲槽 1133 凸柱 1134 凹孑L 1135 貫孔 2 鏡片單元 21 鏡片 211 凹孑L 212 凸肋 2121 框接孔 213 貫孔 214 凸柱 215 凸柱 3 佩戴單元 31 固定元件 M407401 k 32 33 34 4 連接元件 鏡腳 彈性頭帶 軟質護墊1 Inner frame unit 11 Frame 111 Upper frame 1111 Ventilation slot 112 Lower frame strip 1121 Support bar 1122 Ventilation slot 113 Outer frame strip 1131 Tab 1132 Slot 1133 Stud 1134 Recess L 1135 Through hole 2 Lens unit 21 Lens 211 Concave孑L 212 rib 2121 frame hole 213 through hole 214 pillar 215 stud 3 wearing unit 31 fixing element M407401 k 32 33 34 4 connecting element temple elastic head with soft pad