1284214 八、新型說明： 【發明所屬之技術領域】 一種精密光學鏡頭結合治具及其方法，其中： ' 其細雜自麟位，並以乡向麵枝，藉轉織_邊擠壓， 崎_餘合絲綱之踩，雜供—種讀的精_合光學鏡 : 頭之方法；其主要細—方完全111定’如先ϋ定魏合之魏，復於金屬 鏡财置人鏡片，並以gl絲置加以完全岭不動，再_可水平向自動 調校的環狀複向雜治具逐漸向下滾壓鏡觀邊之金屬層，使侧邊金屬均 • 衡受力傾斜至鏡片週邊之表面，藉以將鏡片限位並固定於鏡頭中；此時若 對位不夠精料’可藉由環狀的滾縣具之單邊受力較大而產生偏向作用 力’直接作驗可水平位移之滾壓接頭，產生自動水平調整，自動引導治 具向受力較小之方向偏_整，當受力均㈣，治具將不再產生移動，: 此藉由環狀多方向施力所引起的自動對焦調整機制，可以完全擺脫習用單 方施力造成鏡>{受麵麟，持續誤差造成光轴偏移之情況；達到更精密 結合光學鏡頭之效果。 【先前技術】 習用光學鏡賴合方絲糊單雜M請參看H為—底座配合 -滚麼裝置D藉由滾輪A設於治具3巾，當財動並將麵定位於底 座C後，再彻滾輪A逐步靠髓合，此喊座c產生旋動，藉以展嵌鏡 片’此種情況’因底部受力端為浮動，因此易有赚，#單方向受力時， 將加大間隙偏移效果，因此造成擠壓不順或壓合時偏轉的情況，因此其後 產生如第二圖，為施力方旋動之方式，唯以雖然滾壓裝置E旋動時，底座 C不因結合誤差產生偏移，但因滾輪a仍僅為單向擠壓，就力學角度而言， 因受力端單向擠壓時，鏡片仍為未固定狀態，因此鏡片易因單向受力產生 壓擠式位移’受力鏡片端將可能上移，產生光軸偏移，更且因為鏡筒必須 大於鏡片直徑，需預留小部份間隙，才方便置入鏡片，但因單向擠壓，促 5 1284214 移至未受力端，因此誤差無法避免，造成光轴對準 升；再加上手動對位效果較差，昔用單向施力滾堡的對声必 ΐ巨’㈣f";且_力時驗不料，精度影響非 =70王無法修正’只能廢棄’常造成產品良率無法提升之重大缺失. 且當施力不當時，鏡職壓效果就會偏滑；縱使光雜精度仍在、: 圍’但外表美觀度非常不佳；故習用之卫關題及顿之處衫，此= 法明顯不便，S此無論於工作餘上或是加^料 有使用上的疑慮，故其仍具有以下之缺失： u此存在 1.習用為單向施壓’易造成鏡片偏擠或偏移，因此造成光轴偏移 良率不佳。 °σ 2·習用為單向滾壓結合方式，以施力易產生偏向，調整定位非常不易精 度不易掌控，增加工作的難度。 3·習用為以受力方作旋動之結構，以受力方未完全固定時，單向施力易 產生顏震等問題’崎生出間縣因受力偏移的不當而持續累積，大幅影 響產品精度。 ” 4·習用以單邊擠壓或受力，易產生受讎金屬偏斜，進而造成披覆不 佳’使產品易於鬆脫或是影響外觀較易凹凸不順等不美觀現象。 【發明内容】 本創作為一種精密光學鏡頭結合治具及其方法： 其係以施力端或受力端單方向固定後，另一端彈性自動對位，藉由環 狀多向擠壓治具’以複式多向擠壓產生自動對焦的定位效果，因此可以達 到精密結合光學鏡頭之效果。 其主要裝置係以一馬達垂直傳動之一滾壓治具，該馬達置放於上座上 方，該上座下方接設一滾壓頭，滾壓頭係以一軸桿與上座結合，並藉此作 伸縮壓合之動作，此滾壓頭内為一具凹環之治具接頭，治具接頭可含設一 對位凸塊，以下接治具；治具接頭以外邊複數螺絲連結，中間設有一環狀 1284214 之連結塊’連結塊内一端以垂直螺桿鎖固治具，其中並預留部份間隙，間 隙上方含設有彈簧，彈簧可撐持螺桿，避免下落，並保持螺桿可移動校位 之狀悲’兼且用以自動緩衝向下接觸工件時，瞬間施力之大小，避免於施 力過度’造成鏡頭毀損或精度不佳；另一端則藉由治具接頭内含設之凹環， 配合由側邊鎖固之螺桿形成一水平導引軸；除導引穩定接治具接頭旋轉之 穩定度外，並以軸桿上含設一彈簧，用以作水平施力不佳時之彈性緩衝， 並藉此引導下方治具穩定偏移，產生均衡之受力效果；結合接頭係以中心 轴杯藉由螺絲由治具中心鎖固，並以中心軸桿連結傳動；治具為含設複數 滾珠之％形滚壓裝置，其係藉由治具下壓時藉由滾珠之弧面逐漸緊逼光學 鏡頭側邊之金屬，使側邊金屬逐漸緊迫於鏡頭上，以此配合鏡頭下方之固 疋座加以精岔穩固鏡頭；另該上座與底座利用導柱相接而可以支撐，旁 設-可調整之安全桿，避免下落時直接撞擊機組或維修時傷人員，另該上 座利用導桿連結上方汽壓红固定板，用以導引其上下作動之行程，再者該 治具其下方設置有m定不動之定位裝置，其設置可以與上方之可活動之治 具相配合，達到自動校位並將鏡片直接嵌合之目的。 本創作之另-目地，錢在提供—種全新的精密結合光學鏡頭之方法 ，其主要係以將固定待結合之鏡頭，金屬鏡頭中置入鏡片，並以固定座加 以j不動，再_可水平向自__賴治具逐漸向下職鏡頭側邊 之金屬層，此時當對位不夠精準實，因環狀滾壓治具之一邊受力將會較大， =自動㈣治具向受力較小之方向偏移調整，t受力均衡時，治具將不 墻2以此藉由祿施力後之自_校，可以完全觀制單方持 ======㈣刪㈣祖，產生結合後 達到精度之提升。 了叹财相結合·之目地，並 7 1284214 【實施方式】 凊參閱第二圖並配合第四、九圖所示，係本創作之一種精密光學鏡頭 結合治具及其方法，其中： 該本體由上往下之設置為馬達丨，該馬達丨置放於上座2上方，該上座 2下方接設一滾壓頭π，此滾壓頭u含設設一治具接頭m，另該上座2 與底座7利用導柱5相接而可以支撐，另該上座2係由上方之氣壓缸1〇1 控制利用導桿30接連汽壓缸固定板31導引其上下作動之行程，導柱旁設 一安全桿3，用以避免急落之損傷情況；該上座下方接設一可水平校位之滾 壓頭11，滚壓頭11係以一轴桿117與上座2連合，此滾壓頭u内含設一 具有凹環116之治具接頭U1，以下接治具10;治具接頭ηι以外邊複數可 疋位梢115連結定位活動，其下則結合一連結環塊14，環塊以旁側邊之水 平導引轴114鎖固於凹環中，連結塊14内含設有一孔洞18，可容置螺桿 19鎖固下方之治具1〇，螺桿19下方直接固鎖治具1〇内，其旁則以垂直向 之彈簧112 #持’以維持治具1〇為可彈性活動之情況，用以自動緩衝向下 接觸工件時，瞬間施力之大小，免於施力過度，並使治具1〇可藉由孔洞18 預留大於螺桿19之空間進行水平式調整位移；治具接頭u之凹環116處 並含設一水平導引轴114，水平導引軸114主要為固所連結塊14，並導引 穩定接治具接頭111旋轉之穩定度外，水平導引軸114上亦可含設一彈簧， 用以作水平施力不佳時之彈性緩衝，並藉此漸進引導下方治具作水平向之 偏移，以產生均衡之施力效果，·治具接頭U1係以中心軸桿113藉由螺絲 118由治具10中心鎖固，並以中心轴桿113連結傳動；治具1〇為含設複數 滚珠4之環形滾壓裝置’其係藉由治具1G下壓時藉由滾珠4之弧面逐漸緊 逼光學鏡麵权金>1 6，侧if金；|逐崎迫練社，以此配合鏡頭下 方之固定座’加以精密穩E1鏡頭；另該上座與底座顧導柱5相接而可以 支撐’另該上座係由氣壓缸利用導桿3〇連結汽缸固定板31導引其上下作 動之行程，再者該治具10其下方設置有固定不動之定位裝置8，其設置可 以與上方之可活動之治具10相配合，達到自動校位並將鏡片直接欲合之目 1284214 的0 再者心具1G其下方設置有複數滾珠4,係由滾珠軸 41加以穩固，滾 珠亦可替代以滾輪設置；下方減位置之定⑽置8為—底座8g，上設複 數個限位塊81，並由螺絲82加以鎖固，用以固定待結合之鏡頭以配合上 S〜' 1G作漸進擠壓動作，使鏡頭12側邊金屬可以穩固該鏡片9嵌合於 鏡頭12上達到本治具之目的。 如第五圖所示，其為本創作中之治具1〇另-方向之立體圖，該治具10 内層設置有複數個滾珠4或滾輪，可利用一滾珠軸m加以固定或直接焊 肇 黏於治具10内層，該治具1〇可以使該使用者與加工後合光學鏡片時可達 到直騎進纏之動作當下麟，對位不解確，如滾珠4£之位置，藉由 力量的偏擺作用，促使受力大的-邊向受力小的―方偏移，而得已如第十 圖般，在水平角度作位移，且批環狀擠壓，所以藉由力度的偏向作用， 可以藉由水平方向之調整校正施力均衡度，精準對焦，可減少工作時之誤 差，達到省時及減少鏡片損耗降低不良率之功能及，因此其便利性高。 請參考第六、七、八圖所示，將鏡頭12由限位塊81鎖固定於底座8〇 後，將鏡片9置入鏡頭中，此時，治具1〇經由汽壓缸1〇1帶動下壓，並由 馬達1驅動中心軸加以旋動，逐漸接觸到鏡頭12上之金屬6，此時，藉由 φ 滾珠弧狀面行成漸進内層之擠壓作動，逐漸將金屬ό擠壓曲向貼合於鏡片9 上方，此時藉由受力度均衡作用，治具1〇可隨時因受力偏向的效應，自動 調校施力及施力方向，因此可以形成穩定具微凹弧狀美觀之金屬結合面， * 除確保靜片結合之精度外，並有效增進產品的美感，提高附加價值。 • 請參考第十圖為本創作水平自動調校示意圖，當治具順γ轴下壓時， 治具藉由下壓時旋轉力道，可向水平轴X及Ζ軸，作彈性調整力道的偏移， 進一步藉由力量的均衡，而形成自動對焦之效果，並加以穩定下壓，此時 因光軸四週經過均衡受力，且多面同受滾壓筒或滾珠加以限位，形成另一 種穩定夾固效應，促使鏡頭之結合更為精密穩定，具均衡美感。 9 1284214 為使本創作更加顯現出進步性盘眘 μ興貫用性’贿習用物品作-比較分析 如下： 習用缺失： 1.習用為，衝壓’易造成鏡片破損或位移產品良率不佳。1284214 VIII. New type description: [Technical field to which the invention belongs] A precision optical lens combined with a jig and a method thereof, wherein: 'they are finely mixed with the lining, and the directional squeezing, squeezing, squeezing _ Yuhe silk class stepping, miscellaneous supply - kind of reading fine _ combined optical mirror: the method of the head; its main fine - square completely 111 fixed 'such as the first set Wei Weizhi, the complex metal lens for the lens, and The gl wire is placed completely to move, and the ring-shaped multi-directional jig that can be automatically adjusted horizontally gradually rolls down the metal layer of the mirror side, so that the side metal is tilted to the periphery of the lens. The surface is used to limit and fix the lens in the lens; at this time, if the alignment is not enough, the material can be deflected by the unilateral force of the ring rolling device. The displacement of the rolling joint produces automatic horizontal adjustment, and the automatic guiding fixture is biased to the direction of less stress. When the force is applied (4), the fixture will no longer move, which is caused by the circular multi-directional force. The resulting autofocus adjustment mechanism can completely eliminate the unilateral force applied ≫ {Lin receiving surface for the offset errors due to the optical axis; achieve more precise optical lens of binding. [Prior Art] The conventional optical mirror depends on the square wire paste single miscellaneous M. Please refer to H for the base-fitted-rolling device D. The roller A is set on the jig 3 towel, and when the face is positioned on the base C, Then the roller A gradually leans on the marrow, and the shouting c produces a rotation, so that the lens is embedded in the 'this case' because the bottom end of the force is floating, so it is easy to earn, when the single direction is stressed, the gap will be increased. The offset effect, therefore, causes the deformation to be unsatisfactory or deflected when pressed, so that it is generated as shown in the second figure, which is the manner of the force-applying side, only when the rolling device E is rotated, the base C is not bound by the error. The offset is generated, but since the roller a is still only one-way extrusion, from the mechanical point of view, the lens is still unfixed when the force end is unidirectionally squeezed, so the lens is easily crushed by the one-way force. The displacement of the force-receiving lens end may move up, resulting in optical axis shift, and because the lens barrel must be larger than the lens diameter, a small amount of clearance is required to facilitate the placement of the lens, but due to one-way extrusion, 5 1284214 Moved to the unstressed end, so the error is unavoidable, causing the optical axis to align; In addition, the effect of manual alignment is poor. The sound of the one-way force applied to the fort must be huge '(four)f"; and _ force time is unexpected, the accuracy influence is not = 70 king can not be corrected 'can only be discarded' often cause good products The rate can not be improved, the major lack of. And when the force is not the same, the mirror pressure effect will be slippery; even though the precision of the light is still:, but the appearance is very poor, so the customary problem and the In the shirt, this = method is obviously inconvenient, S regardless of the work or the use of materials have doubts about the use, so it still has the following defects: u this exists 1. The habit is a one-way pressure 'easy to cause lenses Excessive or offset, resulting in poor optical axis offset yield. °σ 2·It is a one-way rolling combination method. It is easy to produce a bias with the force applied. It is very difficult to adjust the positioning and it is difficult to control and increase the difficulty of work. 3. The conventional structure is a structure that is rotated by the force side. When the force side is not completely fixed, the one-way force is easy to produce problems such as Yan Zhen. Sakisaki Izumi Prefecture continues to accumulate due to improper displacement of the force, which greatly affects product accuracy. 4. The use of unilateral extrusion or force, it is easy to produce deflection of the metal, which leads to poor coverage, which makes the product easy to loose or affect the appearance of the unevenness and other unsightly phenomena. The creation is a precision optical lens combined with a fixture and a method thereof: the fixed end or the force end is fixed in one direction, and the other end is elastically self-aligned, and the multi-directional extrusion tool is replaced by a multi-directional extrusion tool. The pressure produces an autofocus positioning effect, so that the effect of precision combining the optical lens can be achieved. The main device is a rolling fixture which is one of the motor vertical transmissions, and the motor is placed above the upper seat, and a rolling is connected below the upper seat. The head and the rolling head are combined with the upper seat by a shaft rod, and the telescopic pressing action is adopted. The rolling head is a concave joint of the jig, and the jig joint can include a pair of bit bumps. The following jigs are provided; the jig joints are connected by a plurality of screws, and a connecting block of a ring 1284214 is arranged in the middle. The inner end of the connecting block is fixed with a vertical screw, and a part of the gap is reserved, and a spring is arranged above the gap. The spring can support the screw to avoid falling, and keep the screw movable and correct. It is also used to automatically buffer the downward contact with the workpiece, and the force is applied instantaneously to avoid excessive damage caused by lens damage or poor precision. The other end is formed by a concave ring included in the jig joint, and a horizontal guiding shaft is formed by the screw locked by the side; in addition to guiding the stability of the rotation of the joint of the jig, and on the shaft It is provided with a spring for elastic buffering when the horizontal force is not good, and thereby guiding the lower fixture to be stably offset, thereby generating a balanced force effect; combining the joint with the central shaft cup by the screw by the jig center The lock is fixed and connected by a central shaft; the jig is a %-shaped rolling device including a plurality of balls, which is gradually pressed against the metal of the side of the optical lens by the arc surface of the ball by the pressing of the jig. The side metal is gradually pressed against the lens to match the solid seat under the lens to secure the lens. The upper seat and the base can be supported by the guide post, and the adjustable safety rod can be placed next to the drop. Direct impact The crew or the injured person during maintenance, the upper seat uses the guide rod to connect the upper steam pressure red fixing plate to guide the movement of the upper and lower movements, and the fixture is provided with a positioning device below the fixture, and the setting can be In conjunction with the movable fixture above, it achieves the purpose of automatic calibration and direct fitting of the lens. In addition to this purpose, Qian offers a new method of precision combining optical lenses, which is mainly Fix the lens to be combined, insert the lens into the metal lens, and use the fixed seat to move it, and then _ can horizontally from the __ Laizhi gradually down the metal layer on the side of the lens, when the alignment is not accurate enough In fact, because one of the annular rolling fixtures will have a large force on the side, the automatic (four) fixture will be offset in the direction of less stress. When the force is balanced, the fixture will not be wall 2 After the application of Lu Shili, you can completely observe the unilateral holding ======(4) delete (four) ancestors, and achieve the improvement of precision after the combination. The combination of sigh and finance, and 7 1284214 [Embodiment]凊Refer to the second picture and match the fourth and ninth figures. A precision optical lens combined with a jig and a method thereof, wherein: the body is disposed from a top to a bottom as a motor cymbal, and the motor is placed above the upper seat 2, and a rolling head π is connected below the upper seat 2, the roller The indenter u is provided with a jig joint m, and the upper seat 2 and the base 7 are supported by the guide post 5, and the upper seat 2 is controlled by the upper pneumatic cylinder 1〇1 by using the guide rod 30 to connect the steam pressure. The cylinder fixing plate 31 guides the movement of the upper and lower movements, and a safety rod 3 is arranged beside the guide column to avoid the damage of the sudden drop; a horizontally calibrated rolling head 11 is connected under the upper seat, and the rolling head 11 is attached. The shaft head 117 is coupled with the upper seat 2, and the rolling head u includes a jig joint U1 having a concave ring 116, and the lower jig 10; the jig joint ηι is provided with a plurality of nipples 115 In the following, a connecting ring block 14 is combined, and the ring block is locked in the concave ring by the horizontal guiding shaft 114 of the side edge. The connecting block 14 is provided with a hole 18 for accommodating the screw 19 to be locked under the rule. With 1 〇, the screw 19 is directly locked under the inside of the fixture, and the side is vertically oriented to the spring 112 # When the fixture 1 is elastically movable, it is used to automatically buffer the force of the moment when it is in contact with the workpiece, and the magnitude of the moment is applied, and the force is not excessively applied, and the fixture 1 can be reserved by the hole 18 to be larger than the screw 19 The space is horizontally adjusted and displaced; the concave ring 116 of the jig joint u is provided with a horizontal guiding shaft 114, and the horizontal guiding shaft 114 is mainly a solid connecting block 14, and guides the stable jig joint 111 to rotate. In addition to the stability, the horizontal guiding shaft 114 may also include a spring for elastic buffering when the horizontal force is not good, and thereby gradually guiding the lower fixture to shift horizontally to generate a balanced application. The force effect, the jig joint U1 is centrally locked by the center of the jig 10 by the screw 118, and is connected by the central shaft 113; the jig 1 is a ring rolling device including a plurality of balls 4 'It is gradually pressed by the curved surface of the ball 4 by the curved surface of the ball 4 when the gage is pressed down by the gage 1>1,6 side if gold;|Kazaki forced training society to match the fixed seat under the lens 'Adopt the precision E1 lens; the upper seat and the base can be connected to the guide post 5 to support 'the other The seat is guided by the pneumatic cylinder with the guide rod 3 〇 to the cylinder fixing plate 31 to guide the movement of the upper and lower movements. Further, the fixture 10 is provided with a fixed positioning device 8 below, and the setting can be movable with the upper part. With 10 matching, the automatic alignment and the lens directly meet the purpose of 1284214 0. The heart 1G is provided with a plurality of balls 4 below, which are stabilized by the ball shaft 41, and the balls can also be replaced by rollers; The position of the reduction position (10) is set to 8 - the base 8g, a plurality of limit blocks 81 are arranged thereon, and are locked by screws 82 for fixing the lens to be combined to cooperate with the S~' 1G for progressive squeezing action, so that The metal on the side of the lens 12 can stabilize the lens 9 to be fitted on the lens 12 to achieve the purpose of the jig. As shown in the fifth figure, it is a three-dimensional view of the other direction of the fixture in the creation. The inner layer of the fixture 10 is provided with a plurality of balls 4 or rollers, which can be fixed by a ball axis m or directly welded. In the inner layer of the jig 10, the jig 1〇 can make the user and the processed optical lens can achieve the action of straight riding and entanglement, and the alignment is not correct, such as the position of the ball 4, by the force The yaw effect causes the large force-side force to be offset by a small force, and has been displaced as a horizontal angle as in the tenth figure, and the batch is squeezed, so the force is biased. The function can adjust the force balance by the horizontal direction adjustment, precise focus, reduce the error during work, and save the time and reduce the lens loss and reduce the defect rate. Therefore, the convenience is high. Please refer to the sixth, seventh and eighth figures. After the lens 12 is locked and fixed to the base 8 by the limiting block 81, the lens 9 is placed in the lens. At this time, the jig 1 is passed through the steam cylinder 1〇1. The driving is driven downward, and the motor shaft 1 is driven to rotate the central shaft to gradually contact the metal 6 on the lens 12. At this time, the metal crucible is gradually squeezed by the φ ball arc surface forming the progressive inner layer pressing action. The curved direction is attached to the top of the lens 9. At this time, by the force equalization function, the fixture 1 can automatically adjust the force applied and the direction of the force force due to the effect of the force deflection, so that the stable shape can be formed into a concave shape. The beautiful metal joint surface, * In addition to ensuring the precision of the combination of the static film, and effectively enhance the beauty of the product, and increase the added value. • Please refer to the tenth figure for the automatic adjustment of the creation level. When the fixture is pressed down by the γ-axis, the fixture can be rotated to the horizontal axis X and the y-axis by the rotation force. Shifting, further by the balance of power, the effect of autofocus is formed, and the pressure is stabilized. At this time, due to the balanced force around the optical axis, and the multiple faces are restricted by the rolling cylinder or the ball, another stability is formed. The clamping effect makes the combination of the lens more precise and stable, with a balanced aesthetic. 9 1284214 In order to make this creation more progressive, it is more prudent. It is used as a comparative study. The following is a comparative analysis: 1. The use is: 1. The use of stamping is easy to cause lens breakage or displacement product yield is not good.
2.1用為單向施力，易造鼓力不均’影響結合精確度，並造成外觀因 偏向結合美感不佳之缺陷D 3. 習用結合方式，以受力大小及固定方式等問題精度不易掌控。 4. 習用為以單方施力之結構，若受力端未完全固定，易產生顫震位移， 造成結合不當的情況，影響產品精度。 5·習用以單邊讎或受力，易產生偏向力，造成外表彼覆或結合不佳， 產品較不美觀。 本創作之優點： 1·旋轉治具使脉平之調整方式可達到自動直接調整之動作，精準完成 自動對焦效果，有效提升精度。 2·多方向漸進式麵結合方式，可以達_定結合的要求，並降低施力 不當之損害，並且形成均衡微具凹弧之美感外觀。 3·複向調整校正可形成自動對焦效果，減少工作時之誤差，達到精密度 要求及減少鏡片損耗降低不良率之功能。 4·環狀複式擠壓結合法，可以避免單邊受力，避免力度偏滑或受力不均 之情況，有效增進產品的精度要求。 5·水平式浮動校正，可依施力偏移度再作自動調校，操作簡便，定位要 求不需太繁雜困難。 6·美化產品外觀，增進附加價值。 【圖式簡單說明】 第一圖為習用下方旋轉之治具結構示意圖。 第二圖為習用上方旋轉之治具結構示意圖。 1284214 第三圖為本創作立體示意圖。 第四圖為本創作剖面示意圖。 第五圖為本創作治具立體示意圖。 第六圖為本創作實施前狀態示意圖。 第七圖為本創作實施示意圖。 第八圖為本創作完成之光學鏡頭示意圖。 第九圖為本創作治具結構剖視圖。 第十圖為本創作水平調校之方向示意圖。 【主要元件符號說明】 滾輪A 治具B 滾壓裝置D 底座C 滾壓裝置E 馬達1 上座2 安全桿3 滾珠4、4E 導柱5 金屬6 底座7 定位裝置8 鏡片9 治具10 氣壓缸101 滾壓頭11 治具接頭111 彈箐112 轴桿113 水平導引軸114 定位梢115 凹環116 轴桿117 螺絲118 鏡頭12 環塊14 孔洞18 螺桿19 導桿30 汽壓缸固定板31 滾珠轴41 底座80 1284214 限位塊81 螺絲822.1 It is used for one-way force application, and it is easy to create uneven drum force, which affects the accuracy of the combination, and causes the defect of the appearance due to the combination of poor aesthetics. D 3. The combination of the use and the accuracy of the problem such as the size of the force and the fixed method are not easy to control. 4. It is a structure that is applied by a single force. If the force end is not completely fixed, it is easy to produce a trembling displacement, which may result in improper integration and affect product accuracy. 5. The use of unilateral shackles or forces is prone to biasing forces, resulting in poor or uncomfortable appearance and poor aesthetics. Advantages of this creation: 1. Rotating fixture makes the adjustment method of pulse level achieve automatic direct adjustment action, accurately complete autofocus effect and effectively improve precision. 2. Multi-directional progressive surface bonding method can meet the requirements of _ binding, reduce the damage of improper force, and form the aesthetic appearance of balanced micro concave arc. 3. The complex adjustment correction can form the autofocus effect, reduce the error during operation, achieve the precision requirement and reduce the lens loss and reduce the defect rate. 4. The annular double extrusion method can avoid the single side force, avoid the situation that the force is slippery or uneven, and effectively improve the precision requirements of the product. 5. Horizontal floating correction, which can be automatically adjusted according to the force offset, easy to operate, and the positioning requirements do not need to be too complicated. 6. Beautify the appearance of the product and increase the added value. [Simple description of the diagram] The first picture is a schematic diagram of the structure of the fixture under rotation. The second picture is a schematic diagram of the structure of the fixture rotated above. 1284214 The third picture is a three-dimensional schematic diagram of the creation. The fourth picture is a schematic diagram of the creation section. The fifth picture is a three-dimensional schematic diagram of the creative fixture. The sixth picture is a schematic diagram of the state before the implementation of the creation. The seventh figure is a schematic diagram of the implementation of the creation. The eighth picture is a schematic diagram of the optical lens completed by the creation. The ninth figure is a cross-sectional view of the structure of the creation jig. The tenth picture is a schematic diagram of the direction of the level of creation. [Main component symbol description] Roller A Fixture B Rolling device D Base C Rolling device E Motor 1 Upper seat 2 Safety bar 3 Ball 4, 4E Guide post 5 Metal 6 Base 7 Positioning device 8 Lens 9 Fixture 10 Pneumatic cylinder 101 Rolling head 11 Jig joint 111 Magazine 112 Shaft 113 Horizontal guide shaft 114 Positioning tip 115 Recessed ring 116 Shaft 117 Screw 118 Lens 12 Ring block 14 Hole 18 Screw 19 Guide rod 30 Steam cylinder fixing plate 31 Ball shaft 41 base 80 1284214 limit block 81 screw 82
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