M295757 •八、新型說明： 【新型所屬之技術領域】 — 本創作係提供一藉6 ^ t 丨 樘自動光圈結構， 相機、攝影設備或監視器中，且可避免 圈。 【先前技術】 按，一般的照相機、攝影設備、監 _内部係設有可控制進光量的光圈，該光 至第八圖所不，其係設有一光圈基板（ 示），該光圈基板（2 0)上之_端設有一 且邊光圈基板（2 0)另一端之底面，設 、（2 1)，該光圈驅動裝置（2 1)之頂面 ~樞軸（2 1 1);另設有一樞轉件（2 2 包括有一結合座（2 2 1)，該結合座（2 才區軸（2 1 1 )上（如第八圖所示），且該 鲁套設有一扭簧（2 2 2)(如第八圖所示） 1 )之兩相對側各向外延伸出有一片體（ 圖所示），並於片體（2 2 1 1)上設有一 另該光圈基座（2 0)之透孔部（2 ( 第一光圈葉片（2 3)，該第一光圈葉片 體C2 3 1)，該本體（2 3 1)之一端向 (2 3 2 ) ’該葉片部（2 3 2 )之端部I 3 )，該縱槽（2 3 3 )可供樞轉件（2 2 2 )穿設（如第七、八圖所示），其中該本 尤指一種裝設於照 粉塵進入之自動光 視器或數位相機， 圈結構，如第六圖 2 0)(如第七圖所 透孔部（2 0 1 )， 有一光圈驅動裝置 中央位置處凸設有 )，該樞轉件（2 2 ) ί 2 1 )係可套設於 結合座（2 2 1 )外 ，並該結合座（2 2 2 2 1 1)(如第七 爪桿（2 2 1 2 ); 〕1 )上方，設有一 (2 3)包括有/本 外延伸出一葉片部 ?設有一縱槽（2 3 )之一爪桿（2 2 1 體（2 3 )相對於透 5 M295757 孔部（2 Ο 1 )之位置，則形成一朝一側呈V形凹設之通孔 部（2 3 4 ); 同樣如第七圖所示，該第一光圈葉片（2 3)上方設有 一第二光圈葉片（2 4)，該第二光圈葉片（2 4)包括有一 本體（2 4 1)，該本體（2 4 1)—端相對於第一光圈葉片 (2 3 )之葉片部（2 3 2 )之上側，則向外延伸出一對稱之 葉片部（2 4 2 )(如第七、八圖所示），該葉片部（2 4 2 ) ♦ _之端部穿設有一縱槽（2 4 3 )，以供樞轉件（2 2 )之另一 爪桿（2 2 1 2)嵌置，其中該第二光圈葉片（2 4)之本體 (2 4 1 )相對於透孔部（2 Ο 1 )之位置處，亦設有一開孔 部（2 4 4 ) ·’ 另外，該第二光圈葉片（2 4)之上方，設有一葉片蓋 (2 5)，該葉片蓋（2 5)避開於樞轉件（2 2)，而與光圈 基座（2 0)相互卡合定位（如第八圖所示）；其中該葉片蓋 (2 5 )亦設有相對於透孔部（2 0 1 )之穿孔部（2 5 1 )。 • 藉由上述之組合，當光圈驅動裝置（2 1)通電時，如 第八圖所示，光圈驅動裝置（2 1 )會使樞轉件（2 2 )轉擺 一定角度，而使樞轉件（2 2)之兩爪桿（2 2 1 2)帶動第 一光圈葉片（2 3)與第二光圈葉片（2 4)呈反方向移動， 而使透孔部（2 0 1)可透光；而當光圈驅動裝置（2 1)斷 電時，樞轉件（2 2 )則藉扭簧（2 2 2 )之回彈力，轉擺回 原位，帶動第一光圈葉片（2 3)與第二光圈葉片（24)移 Ej至原來狀態。 然而，習用之光圈結構，係利用樞轉件（2 2 )與扭簧 6 M295757 (2 2 2 )來達到自動調控光圈，故葉片蓋 時，因枢轉件(22)為-圓柱體故會形成凸，，使得苹： ($ 5)無法蓋設整個光圈基板（2 〇)，而必須使枢轉件 '、柘軸（2 1 13曝露於外（如第六圖所示），導致容 易有粉塵進入拖轉件(22)而造成内部結構損壞。 緣此，羽Λ , _ 内部結構損：？，容易有粉塵進入，導致 習知而必須Β"維修’是以本創作人針對上述 血製：：所存在之問題點1由多年從事相關領域之研究 ;“發，經詳加設計與審慎評估後，終於創造出—種 "進上述缺點，且更具理想實用性之創新結構。 【新型内容】 奴解决之技術問題點：f知之自動光圈結構，必須以 品、牛一杻更作動，使知葉片蓋無法蓋設整個光圈基座 以致於樞轉件曝露於外，而容易有粉塵之進入樞轉件， 導致内部結構損壞，而必須時常維修之情形。 解決問題之技術特點：提供一種自動光圈結構，本創 作之光圈驅動裝置係由光圈基坐下穿出，且利用一轉軸連 動兩側爪桿，使得葉片蓋係可蓋設整個光圈基座，改良習 知自動光圈驅動裝置，必須以扭簧與樞軸作動，導致葉片 复無法蓋設整個光圈基座之缺點。 對照先W技術之功效··提供一種自動光圈結構，由本 創作之光圈驅動裝置，不易有粉塵進入，内部結構較不易 拟壞，不需時常維修或更換，改良習知自動光圈容易有粉 鏖之進入樞轉件，導致内部結構損壞，而必須時常維修之 7 M295757 情形。 • 有關本創作所採用之技術、手段及其功效 ” 佳實施例並配合圖式詳細說明於后，相信本創 的、構造及特徵，當可由之得一深入而具體的 【實施方式】 本創作係提供一種自動光圈結構設計者。 首先，請參閱第一圖至第五圖所示，本貪 _圈係包括有一矩形光圈基板（1 〇)(如第二圖 圈基板（1 0 )上之一側之中央位置處，設有一 1 )，而該光圈基板（1 0 )另側則設有一穿設名 ' 且靠近穿設部（1 0 2 )兩側處，各設有一向夕f ^ 對且之弧形槽（1 0 3 ); 另該光圈基板（1 0)之穿設部（1 0 2)¥ 有一光圈驅動裝置（1 1)，該光圈驅動裝置（ 一圓形之容置體（1 1 1)(如第三圖所示），該 • 1)内部設有一容置空間（11 2)，該容置空 之内側面係設置有一磁石（1 1 3 )，且該容 2)中央樞設有一可於容置空間（1 1 2)内轉 1 5 )，該轉轴（1 1 5 )之周緣設有兩呈相對弟 電磁鐵（1 1 5 0)及第二電磁鐵（1 15 1)， 二電磁鐵（1 1 5 0 )( 1 1 5 1 )可由線圈（1 控制形成正、負極之交錯變換。又該轉軸（1 1 則對分轉軸（1 1 5 )各向外延伸出一延伸部（ 各延伸部（1 1 5 2 )之末端則向上凸伸出一 ，兹舉一較 作上述之目 瞭解。 作之自動光 所示），該光 透孔部（1 0 中（1 0 2 )， 、劃弧且呈相 j底端面穿設 1 1 )係設有 容置體（1 1 間（1 1 2 ) 置空間（1 1 擺之轉軸（1 I設置之第一 使該第一、 1 7 )通電後 5 )之頂端， 115 2)， 爪桿（1 1 5 8 M295757 3 )，並使兩爪桿（1 1 5 3 )可相對穿設光圈基板（1 Ο ) ~ 之弧形槽（1 0 3 )。又該轉軸（1 1 5 )上，設有一覆蓋容 - 置空間（1 1 2)之蓋體（1 1 6)，該蓋體（1 1 6)之頂面 兩侧，各設有向上延伸之定位卡板（1 1 6 1 )(如第二、三 圖所示），且該定位卡板（1 1 6 1 )之末端係形成倒三角 塊，使定位卡板（1 1 6 1 )係可插置於穿設部（1 0 2 ) 内，並以各定位卡板（1 1 6 1 )末端之倒三角塊來卡扣於 $光圈基板（1 0)之表面；又該蓋體（1 1 6)上與轉軸（1 1 5 )外緣，一體縱向繞設有相鄰之兩線圈（1 1 7 )( 1 1 8 ) (如第二圖所示）； 另該光圈基座（10)之上方，設有一第一光圈葉片（1 - 2)(如第二圖所示），該第一光圈葉片（1 2)包括有一本體 (1 2 1)，該本體（1 2 1)之一端向外延伸出一葉片部（1 2 2)，該葉片部（1 2 2)之端部穿設有一縱槽（1 2 3 )，該縱槽（1 2 3 )可供光圈驅動裝置（1 1 )之一爪桿 • (1 15 3)穿設（如第一圖所示），其中該本體（12 1)相 對於透孔部（1 0 1 )之位置，則形成通孔部（1 2 4 ); 又該第一光圈葉片（1 2)上方設有一第二光圈葉片 (1 3)(如第二圖所示），該第二光圈葉片（1 3)包括有一 本體（1 3 1)，且該本體（1 3 1) —端相對於第一光圈葉 片（1 2 )葉片部（1 2 2 )之上側，則向外延伸出一對稱之 葉片部（1 3 2)，該葉片部（1 3 2)之端部穿設有一縱槽 (]3 3 )，以供光圈驅動裝置（1 1 )之另一爪桿（1 1 5 3 ) 穿設，其中該第二光圈葉片（1 3)之本體（1 3 1)相對於 M295757 開子L部（1 3 4 透孔部（1 Ο 1 )上亦設 另外弟一光圈葉片（丄？、& (如第一圄所-、 丄3 )外側設有一葉片蓋（1 4 ) (1 0)上（如第一、14)蓋設於整個光圈基板 卡合定位，且該葉片蓋不）’而與光圈基座（2 0 )相互 之兩爪桿（1 1 ^ ^ 4)相對於光圈驅動裝置（1 1) 仟、丄丄b3)及兩定心 一向外查丨丨孤夕2r 卡板（1 1 6 1 )處’各設有 门外刎弧之弧形槽孔（ 兩爪桿（1 1 R q、 4 1 )及長槽孔（1 4 2 )，使該 丄b 3)於轉襬作 相對移動，又該葉片蓋（作動時，可沿弧形槽孔（141) 之穿孔部（143)(14)亦設有相對於透孔部（101) 弟一圖所示）0 稭由上述之組合，过 合本明配合參閱第四圖、第五圖所示， 田光圈驅動裝置（1 τ代 丄J未作動時，磁石（1 1 3 )係可呈 正極’且第一電磁 R Ί 、 呈負極，第二電磁鐵（11 5 1 )呈正極，當朵_ 7、4、 圈驅動裝置（1 1 )作動時，線圈（1 1 ^ )自通過電流，使得 x 于第一電磁鐵（1150)由負極變換成 正極’而與磁石（τ 轉轴（1 、 丄13)呈相同磁極而互斥，進使推動 M ^ 1 5 )形成轉擺，此時兩爪桿（丄1 5 3 )會呈相對 得k移動，帶 — 呈反方。勁弟一光圈葉片（12)與第二光圈葉片（13) 所示），之水平滑移，使透孔部（1 0 1 )可透光（如第四圖 動裝置且該透光之大小係由電力之大小控制；而當光圈驅 而11)斷電時，第一電磁鐵（115〇)會變換成負 極，而輿磁 乂貝 ^ λ 丄3 )呈相反磁極而相吸，使得轉軸（] 丄d)因此呈巧古& 0、 汉万句轉擺回原來位置，並帶動第一光圈葉片 >、 光圈葉片（1 3 )移回至原來狀態（如第五圖 10 M295757 所示）。 藉此’本創作係利用轉軸（1 1 5 )之第 〇)(1 1 5 1)與線圈（1 1 7)通電後 正、負極之交錯變換之動作，而使光圈驅動裝置 ，設於光圈基板（11)上時，僅有兩爪桿（ιι£ 疋位卡板（1 1 6 1)凸出於光圈基板（1 上， 片蓋（1 4 )上設有弧形槽孔（工4工）及長槽孔（工 ^ 1 5 3)及兩疋位卡板（1 1 6 1)穿 葉片蓋（1 4)，可蓋住整個光圈基座（1 〇)，致 動裝置（1 1 )之轉軸(i i 5 )被蓋住，而不易3 ，而可保濩内部結構，並避免須時常維修之丨 ⑯歸納上述所說，本創作同時具有上述眾多幻 值：並可有效提升整體的經濟效益，因此本創, 一創思極佳的創作，且在相同技術 令客禾見相丨 之產口口公開使用，應已符合創作專 戈件，乃1 申請，並請賜予本創作專利。 【圖式簡單說明】 第一圖係本創作之立體外觀示意圖 第二圖係本創作之立體分解示意圖 =:系本創作之光圈驅動裝置之剖面示意圖M295757 • Eight, new description: [New technical field] — This creation provides a 6 ^ t 丨 樘 automatic aperture structure, in cameras, photographic equipment or monitors, and avoids loops. [Prior Art] In general, a camera, a photographing apparatus, and a monitor are provided with an aperture that can control the amount of light entering. The light is not shown in the eighth figure, and is provided with a diaphragm substrate (shown), and the aperture substrate (2) 0) The upper end is provided with a bottom surface of the other end of the aperture substrate (20), and (2 1), the top surface of the aperture driving device (2 1) is pivoted to the pivot (2 1 1); There is a pivoting member (2 2 includes a coupling seat (2 2 1), the coupling seat (2 is located on the shaft (2 1 1 ) (as shown in the eighth figure), and the sleeve is provided with a torsion spring (2 2 2) (as shown in Figure 8) 1) The opposite sides of each of the two sides extend outwardly from a body (shown in the figure), and a further aperture base is provided on the body (2 2 1 1) 2 0) a through hole portion (2 (first aperture blade (2 3), the first aperture blade body C2 3 1), one end of the body (23 1) (2 3 2 ) 'the blade portion ( 2 3 2 ) end I 3 ), the longitudinal groove (23 3 3) can be worn by the pivoting member (2 2 2 ) (as shown in the seventh and eighth figures), wherein the present invention is especially a device Automatic optical or digital camera with dust entering, circle structure As shown in Fig. 2 0) (as in the seventh figure, the through hole portion (2 0 1 ) has a central position of the aperture driving device), the pivoting member (2 2 ) ί 2 1 ) can be sleeved. Outside the binding seat (2 2 1 ), and above the binding seat (2 2 2 2 1 1) (such as the seventh claw rod (2 2 1 2 ); ) 1 ), one (2 3) is included Extending out a blade portion? One of the longitudinal grooves (2 3 ) is provided with a claw rod (2 2 1 body (2 3 ) relative to the position of the 5 M295757 hole portion (2 Ο 1 ), forming a side facing V a through hole portion (2 3 4 ); as shown in the seventh figure, a second aperture blade (24) is disposed above the first aperture blade (23), and the second aperture blade (2 4) Included in the body (2 4 1), the body (2 4 1)-end is opposite to the upper side of the blade portion (2 3 2 ) of the first aperture blade (23), and a symmetrical blade portion extends outwardly (2 4 2 ) (as shown in the seventh and eighth figures), the end of the blade portion (2 4 2 ) ♦ _ is provided with a longitudinal groove (2 4 3 ) for the pivoting member (2 2 ) Another claw rod (2 2 1 2) is embedded, wherein the body (2 4 1 ) of the second aperture blade (24) is opposite to At the position of the hole portion (2 Ο 1 ), an opening portion (2 4 4 ) is also provided. · In addition, above the second aperture blade (24), a blade cover (25) is provided, the blade cover (2 5) avoiding the pivoting member (2 2) and engaging with the aperture base (20) (as shown in the eighth figure); wherein the blade cover (25) is also provided with respect to a perforated portion (2 5 1 ) of the through hole portion (2 0 1 ). • By the combination of the above, when the aperture driving device (2 1) is energized, as shown in the eighth figure, the aperture driving device (2 1 ) causes the pivoting member (2 2 ) to swing a certain angle and pivots The two claws (2 2 1 2) of the piece (2 2) drive the first aperture blade (23) to move in the opposite direction to the second aperture blade (24), so that the through hole portion (2 0 1) can be transparent. Light; when the aperture driving device (2 1) is de-energized, the pivoting member (2 2 ) is rotated back to the original position by the resilience of the torsion spring (2 2 2) to drive the first aperture blade (2 3) Move Ej to the original state with the second aperture blade (24). However, the conventional aperture structure uses the pivoting member (2 2 ) and the torsion spring 6 M295757 (2 2 2 ) to achieve the automatic adjustment of the aperture. Therefore, when the blade cover is used, the pivoting member (22) is a cylinder. Forming a convex, so that Apple: ($5) cannot cover the entire aperture substrate (2 〇), but the pivoting member ', the 柘 shaft (2 1 13 is exposed outside (as shown in Figure 6), resulting in easy There is dust entering the towing piece (22) and causing damage to the internal structure. Therefore, the feather Λ, _ internal structure damage: ?, easy to have dust in, resulting in the knowledge and must be Β "Maintenance" is the creator of the above blood System:: The problem of the problem 1 has been engaged in research in related fields for many years; "Fa, after detailed design and careful evaluation, it has finally created a kind of innovative structure that has the above shortcomings and is more ideal and practical." [New content] The technical problem of slave settlement: f knows that the automatic aperture structure must be activated by the product and the cow, so that the blade cover cannot cover the entire aperture base so that the pivoting member is exposed, and it is easy to have Dust entering the pivoting piece, causing damage to the internal structure Technical situation that must be repaired from time to time. Technical features of solving the problem: Providing an automatic aperture structure, the aperture driving device of the present invention is seated by the aperture base, and the claws of the two sides are linked by a rotating shaft, so that the blade cover can be covered. The whole aperture base is improved, and the conventional automatic aperture driving device must be modified by the torsion spring and the pivot, which may cause the blade to fail to cover the entire aperture base. The effect of the first W technology is provided, and an automatic aperture structure is provided. The aperture driving device of the present invention is not easy to have dust entering, the internal structure is not easy to be broken, and it is not necessary to repair or replace it at any time. It is easy to improve the conventional automatic aperture to enter the pivoting member, which leads to internal structural damage, and must be repaired from time to time. 7 M295757 Situation. • The techniques, means and functions used in this creation. After the detailed description and the detailed description of the drawings, I believe that the creation, structure and characteristics of this creation can be obtained from an in-depth and specific Implementation] This creation provides an automatic aperture structure designer. First, please refer to the first figure to the fifth figure The greedy _ ring system includes a rectangular aperture substrate (1 〇) (such as a central position on one side of the second substrate (10), provided with a 1), and the aperture substrate (10) is on the other side Then, there is a threaded name and close to the two sides of the piercing portion (1 0 2 ), each of which is provided with an arc groove (1 0 3 ) of the same angle; and the aperture substrate (10) is worn. The unit (1 0 2) has an aperture driving device (1 1), and the aperture driving device (a circular receiving body (1 1 1) (as shown in the third figure), the 1) is internally provided with a The accommodating space (11 2), the inner side of the accommodating space is provided with a magnet (1 1 3 ), and the central portion of the accommodating space is provided with a central pivoting port (1 1 2) for turning 1 5), The periphery of the rotating shaft (1 15) is provided with two opposing electromagnets (1 1 50) and a second electromagnet (1 15 1), and two electromagnets (1 1 5 0 ) (1 1 5 1 ) It can be controlled by the coil (1 to form a staggered transformation of the positive and negative poles. Further, the rotating shaft (1 1 is opposite to the rotating shaft (1 15), and an extending portion is outwardly extended (the end of each extending portion (1 1 5 2 ) is convexly protruded upward, and the above is the same. Understand the light (as shown by the automatic light), the light through hole part (1 0 (1 0 2 ), arcing and the bottom end of the phase j is pierced 1 1 ) is provided with a housing (1 1 ( 1 1 2) Set the space (1 1 swing the shaft (1 I set the first to make the first, 1 7) after energizing 5) the top, 115 2), the claw rod (1 1 5 8 M295757 3 ), and The two claw rods (1 1 5 3 ) can be oppositely disposed with the arcuate groove (1 0 3 ) of the diaphragm substrate (1 Ο )~, and the rotating shaft (1 15) is provided with a covering space (1) 1 2) The cover body (1 16), the top side of the cover body (1 16) is provided with an upwardly extending positioning card (1 1 6 1 ) (as shown in the second and third figures) ), and the end of the positioning card board (1 1 6 1 ) forms an inverted triangle block, so that the positioning card board (1 1 6 1 ) can be inserted into the wearing part (1 0 2 ), and each positioning An inverted triangle at the end of the card (1 1 6 1 ) is snapped onto the surface of the aperture substrate (10); (1 1 6) is connected to the outer edge of the rotating shaft (1 1 5 ), and is integrally wound with two adjacent coils (1 1 7 ) (1 1 8 ) (as shown in the second figure); Above (10), there is provided a first aperture blade (1 - 2) (as shown in the second figure), the first aperture blade (12) comprising a body (1 2 1), the body (1 2 1 One end of the blade portion (1 2 2) extends outwardly, and a longitudinal groove (1 2 3 ) is formed at an end of the blade portion (1 2 2), and the longitudinal groove (1 2 3 ) is driven by the aperture One of the claws of the device (1 1 ) (1 15 3) is pierced (as shown in the first figure), wherein the position of the body (12 1) relative to the through hole portion (1 0 1 ) forms a through hole a portion (1 2 4 ); and a second aperture blade (13) (as shown in the second figure) is disposed above the first aperture blade (12), the second aperture blade (13) includes a body ( 1 3 1), and the body (1 3 1) end is opposite to the upper side of the blade portion (1 2 2 ) of the first aperture blade (1 2 ), and a symmetrical blade portion (1 3 2) is extended outward. The end of the blade portion (132) is provided with a longitudinal groove (]3 3 ) for the aperture driving device (1 1 The other claw rod (1 1 5 3 ) is pierced, wherein the body of the second aperture blade (13) (1 3 1) is opposite to the M295757 opening L portion (1 3 4 through hole portion (1 Ο 1) ) There is also another brother's aperture blade (丄? , (such as the first chamber -, 丄 3) is provided with a blade cover (1 4 ) (1 0) (such as the first, 14) cover is disposed on the entire aperture substrate, and the blade cover is not ) and the two claws (1 1 ^ ^ 4) with the aperture base (20) relative to the aperture driving device (1 1) 仟, 丄丄 b3) and the two centerings are externally 丨丨 丨丨 2 2r At the card plate (1 1 6 1 ), there are arc-shaped slots (two claws (1 1 R q, 4 1 ) and long slots (1 4 2 ) for the outer arc of the door to make the 丄b 3 ) the relative movement of the rotation and the blade cover (the perforation portion (143) (14) along the arcuate slot (141) is also provided with respect to the through hole portion (101) ) 0 straw is combined with the above, and the above-mentioned combination with the first and fifth figures is shown in the figure. The field light driving device (the magnet (1 1 3 ) can be positive when the 1 τ 丄 J is not actuated) The first electromagnetic R Ί is a negative pole, and the second electromagnet (11 5 1 ) is a positive pole. When the _ 7, 4, and ring driving device (1 1 ) is actuated, the coil (1 1 ^ ) self-passes current, so that x The first electromagnet (1150) is converted from a negative electrode to a positive electrode The magnet (the τ axis (1, 丄13) is the same magnetic pole and mutually repulsive, and pushes M ^ 1 5 to form a turning pendulum. At this time, the two claws (丄1 5 3 ) will move relative to each other, with - In the opposite direction. Jindi, the aperture blade (12) and the second aperture blade (13), the horizontal slip, so that the through hole (1 0 1) can transmit light (such as the fourth figure moving device and the through The size of the light is controlled by the size of the power; when the aperture is driven and the power is turned off, the first electromagnet (115〇) is converted into a negative pole, and the neodymium magnetosphere λ 丄3 is attracted to the opposite magnetic pole. Therefore, the rotation axis (] 丄d) is thus turned into the original position, and the first aperture blade > and the aperture blade (1 3 ) are moved back to the original state (such as the fifth figure). 10 M295757). Therefore, the present invention uses the operation of the coil (1 1 5 1) and the coil (1 1 7) to energize the alternating current and the negative pole, and the aperture driving device is disposed at the aperture. On the substrate (11), only two claws (1 1 6 1) protrude from the aperture substrate (1, and the cover (14) has curved slots (4 Work) and long slot (worker ^ 1 5 3) and two-position clamp plate (1 1 6 1) through the blade cover (1 4), can cover the entire aperture base (1 〇), actuating device (1 1) The shaft (ii 5) is covered, not easy to 3, but can protect the internal structure and avoid the need for frequent maintenance. 16 In the above, the creation has many of the above illusions: and can effectively improve the overall The economic benefits, therefore, the creation, the creation of an excellent creation, and the public use of the same technology to make customers look at each other, should have been in line with the creation of a piece of Ge, is 1 application, and please give this creation Patent [Simplified illustration] The first picture is the three-dimensional appearance of the creation. The second picture is a three-dimensional exploded view of the creation =: the aperture drive of this creation Schematic diagram of the section
第四圖係本創你之作t , M +意]作之作動狀態示意圖 第五圖係本創作回覆至原本狀態之示音圖 弟六圖係習用之立體外觀示意圖 第七圖係習用之立體分解示意圖 二電磁鐵 空制形成 :1 1 )於 3 )及兩 ϋ藉由葉 4 2)， 5：，使得 t光圈驅 ‘灰塵進 卜形。 ^與實用 確實兔 】或近似 1法提出 11 M295757 第八圖係習用之作動狀態示意圖 【主要元件符號說明】 -(1 0 ) ( 2 0 )光圈基板 (1 0 1 ) ( 2 0 1 )透孔部 (1 0 2 )穿設部 (1 0 3 )弧形槽 (1 1 ) ( 2 1 )光圈驅動裝置 I ( 1 1 1 )容置體 (1 1 2 )容置空間 (1 1 3 )磁石 (1 1 5 )轉軸 (1150) 第一電磁鐵 (1151) 第二電磁鐵 (1 1 5 2 )延伸部 (1 1 5 3 ) ( 2 2 1 2 )爪桿 鲁（1 1 6 )蓋體 (1 1 6 1 )定位卡板 (1 1 7 ) ( 1 1 8 )線圈 (1 2)(2 3)第一光圈葉片 (1 2 1 )( 1 3 1 )( 2 3 1 )( 2 4 1 )本體 (122) (1 32)(232)(242)葉片部 (123) (1 33)(233)(243)縱槽 (1 2 4 ) ( 2 3 4 )通孔部 (1 3 )( 2 4)第二光圈葉片 12 M295757 (1 3 4 ) ( 2 4 4 )開孔部 (1 4 )( 2 5 )葉片蓋 (1 4 1 )弧形槽孔 (1 4 2 )長槽孔 (1 4 3 ) ( 2 5 1 )穿孔部 (2 1 1 )樞軸 (2 2 )樞轉件 B ( 2 2 1 )結合座 (2 2 2 )扭簧 (2 2 1 1 )片體The fourth picture is the creation of your work t, M + meaning] the state of the action diagram, the fifth picture is the three-dimensional appearance of the original picture of the original picture Decomposition diagram 2 Electromagnets are formed in an empty manner: 1 1 ) in 3) and two through the leaves 4 2), 5:, so that the t-aperture drives the dust into a shape. ^With practical rabbits or approximate 1 method proposed 11 M295757 The eighth figure is the schematic diagram of the active state [main component symbol description] -(1 0 ) ( 2 0 ) aperture substrate (1 0 1 ) ( 2 0 1 ) Hole portion (1 0 2 ) piercing portion (1 0 3 ) arcuate groove (1 1 ) ( 2 1 ) diaphragm driving device I (1 1 1 ) housing body (1 1 2 ) housing space (1 1 3 ) magnet (1 1 5 ) shaft (1150) first electromagnet (1151) second electromagnet (1 1 5 2 ) extension (1 1 5 3 ) ( 2 2 1 2 ) claw rod Lu (1 1 6 ) Cover body (1 1 6 1 ) positioning card plate (1 1 7 ) (1 1 8 ) coil (1 2) (2 3) first aperture blade (1 2 1 ) ( 1 3 1 ) ( 2 3 1 ) 2 4 1) Main body (122) (1 32) (232) (242) Blade portion (123) (1 33) (233) (243) Longitudinal groove (1 2 4 ) ( 2 3 4 ) Through hole portion (1 3) ( 2 4) second aperture blade 12 M295757 (1 3 4 ) ( 2 4 4 ) opening part (1 4 ) ( 2 5 ) blade cover (1 4 1 ) curved slot (1 4 2 ) long Slot (1 4 3 ) ( 2 5 1 ) perforation (2 1 1 ) pivot (2 2 ) pivot B ( 2 2 1 ) coupling seat (2 2 2 ) torsion spring (2 2 1 1 ) piece body