1345528 100年04月25日梭正替換頁 六、發明說明： 【發明所屬之技術領域】 [0001] 本發明係關於一種鏡頭模組壓合台，尤其係關於一種可 提高工作效率之鏡頭模組壓合台。 【先前技術】 [0002] 組裝數位相機鏡頭模組時，於鏡片組合完成後，需要以 鏡片壓合機對鏡頭模組進行沖壓，以修正鏡頭模組中鏡 片之位置、鏡片之間距或鏡片之傾斜誤差等。目前常用 之鏡片壓合機之壓合台一般每次僅能沖壓一顆鏡頭模組 ，工作過程中需要不斷以人工取出每顆沖壓完畢之鏡頭 模組，然後放入下一顆鏡頭模組繼續沖壓。此種工作方 式耗費大量人力，嚴重影響生產效率，且更換待沖壓之 鏡頭模組時，夾取與安放之頻繁動作增加了鏡頭模組受 到損傷之風險。 【發明内容】 [0003] 有鑒於此，有必要提供一種能夠提高生產效率之鏡頭模 組壓合台。 [0004] 一種鏡頭模組壓合台，其與一沖壓機之沖壓頭配合壓合 鏡頭模組，且包括一沖壓載具與一沖壓平台，沖壓載具 可移動地裝設於該沖壓平台上。沖壓載具上設有複數個 容置孔，該複數個容置孔間隔地排列於該沖壓載具上， 且每個容置孔可容納一鏡頭模組，當一個容置孔内之鏡 頭模組壓合完畢後，推動沖壓載具，以將沖壓載具移動 至下一容置孔内之鏡頭模組對準沖壓頭之位置，進而操 縱沖壓頭進行下一次壓合。 094142513 表單編號A0101 第3頁/共14頁 1003144551-0 1345528 [0005] innfffilill?日紐 與習知技術相比，所述鏡頭模組壓合台能夠一次加工多 個鏡頭模組，加工過程中不需要對鏡頭模組進行繁瑣之 夾取及安放動作’明顯提高了生產效率，並降低了鏡頭 模組於加工過程中受損之風險。 【實施方式】 [0006] 請參閱第一圖，本發明較佳實施例之鏡頭模組壓合台包 括一沖壓載具1與一沖壓平台2，其與一控制台3及一沖壓 機（圖未示）之沖壓頭4配合壓合鏡頭模組。其中沖壓載具 i可移動地裝設於沖壓平台2上’其中可裝入複數個需壓 合之鏡頭模組。沖壓頭4設於鄰近沖壓载具丨及沖壓平台2 處，於沖壓載具1之移動過程中逐一壓合沖壓載具丨内安 放之所有鏡頭模組。沖壓機與控制台3電連接，沖壓頭^ 之沖壓動作可通過控制台3控制。 [0007] <1來办扳，採用 金屬或硬質塑膠等材料製作，成仅、 农邗，確保沖壓過程中不會變 。該沖壓載具1具有一第一矣 表面101、一平滑之第二表 102及兩個側面1〇3,其令第二表面1〇2與第—表面1〇1相 對設置且相互平行，兩個側㈣3設於第-表面m與第 二表面102之間》 、矛 094142513 [0008] 沖壓載具⑽複數個容置孔u、—容置槽12、複數個定 位槽13及—贼合部141中容置孔mi設於第—表面 m上，其係等間距地排列之凹孔，其形狀與需壓合 頭模組外㈣廓相同’用於安放鏡賴組。該容置孔u 包括一保護孔⑴，其係開設於每個容置孔以 份之通孔。鏡顧組安敌於容置、。 表單編號A0101 1003144551-0 1345528 100年04月25日按正替換頁 之位置係鏡頭模組之光學鏡片所在之位置，這樣可以避 免光學鏡片與沖壓載具1直接接觸，防止沖壓時光學鏡片 受壓與沖壓載具1摩擦後受到損傷。容置槽12開設於第一 表面101上，其係連接所有容置孔11之凹槽，其主要作用 係於容置孔11兩端留下空隙，為使用夹具放入及取出鏡 頭模組提供便利。定位槽13係具有平滑之邊緣及内壁之 凹槽，其間隔地開設於兩侧面103上，且兩兩對稱地排列 於容置孔11兩側。嵌合部14係兩側面103上凸起形成之一 對條形凸塊，其長度與整個沖壓載具1相同。 [0009] 請參閱第三圖，沖壓平台2亦採用金屬或硬質塑膠等材料 製作，該沖壓平台2包括一固定部21及一與該固定部21相 連之加工部22。固定部21係一具有平滑底面之平台，其 周邊開設有複數個固定孔211，該固定孔211係内壁具有 螺紋之通孔，沖壓平台2利用螺栓連接方式通過固定孔 211裝設於控制台3上。所用螺栓之頂端直徑大於固定孔 211之内徑，螺栓之旋入部分直徑則略小於固定孔211之 内徑，從而使裝設於控制台3上之沖壓平台2可以進行細 微之位置調整。 [0010] 加工部22係一凸台，其底面與固定部21連接，該加工部 22包括一滑槽221、一對擋止部222、一對嵌合槽223與 一對定位部224。其中滑槽221係開設於加工部22頂部且 貫通加工部22兩端之凹槽，其與沖壓載具1具有大小及形 狀均相同之橫截面，供沖壓載具1可滑動地裝設於該滑槽 221内。擋止部222係從滑槽221兩側壁向滑槽221内凸出 之條形凸塊，嵌合槽223係擋止部222與滑槽221之底面 094142513 表單編號A0101 第5頁/共14頁 1003144551-0 1345528 __ 100年04月25日核正替換頁 形成之一對凹槽，嵌合部14可滑動地插入該嵌合槽223内 ，防止沖壓載具1於工作過程中與沖壓平台2脫離。定位 部224係彈性卡扣，其對稱裝設於擋止部222靠近滑槽 221之側壁上，與定位槽13配合，確保工作過程中每個容 置孔11及其中之鏡頭模組處於正確位置。 [0011] 控制台3設於沖壓平台2底部，便於使用者隨時觀察工作 情況。沖壓機之沖壓頭4設於加工部22上方，當沖壓載具 1安放於沖壓平台2上時沖壓頭4對準某一容置孔11。 [0012] 當本發明之較佳實施例工作時，先將複數個需壓合之鏡 頭模組裝於沖壓載具1之容置孔11内，可以預先裝滿多條 沖壓載具1以進一步提高效率。將一條裝滿鏡頭模組之沖 壓載具1插入滑槽221，當沖壓載具1侧壁103上之定位槽 13移動至定位部224處時，使用者感覺到定位槽13被定位 部224卡住，此時容置孔11内之鏡頭模組正好對準沖壓頭 4，即可通過控制台操縱沖壓頭4壓合該鏡頭模組。一個 容置孔11内之鏡頭模組壓合完畢後，即可推動沖壓載具1 ，定位槽13滑離定位部224，沖壓載具1移動至下一對定 位槽13被定位部224卡住之位置，使用者即可操縱沖壓頭 4進行下一次壓合動作。重複上述操作，直至整條沖壓載 具1内所有鏡頭模組均壓合完畢，將此沖壓載具1取出滑 槽221，更換裝好需壓合之鏡頭模組之另一條沖壓載具1 ，即可繼續沖壓工作。待所有需壓合之鏡頭模組加工完 畢後，統一將所有鏡頭模組取出即可，不需要每壓合一 個鏡頭模組後都進行一次取出及裝入鏡頭模組之動作。 若發現沖壓載具1被卡固之位置並未使容置孔11内之鏡頭 094142513 表單編號A0101 第6頁/共14頁 1003144551-0 1345528 100年04月25曰 模組完全對準沖壓頭4，還可以旋松固定沖壓平台2之螺 栓，對沖壓平台2進行位置微調，調節完畢後重新旋緊螺 栓即可正常工作。 [0013]可以理解，為防止本實施例之控制台3内部元件於沖壓頭 4之沖擊下受到震動損傷’可以將沖壓平台2固定於更加 堅固之載具上’而將控制台3安裝於其他便於操作之位置 。亦可取消人工操作之控制台3，以全自動之沖壓頭4與 沖壓載具1及沖壓平台2配合壓合鏡頭模組。 _4] V、上所述，轉明符合發明專利之要件，纽法提出專 利申請。惟，以上所述者僅為本發明之較佳實施例，自 不能以此限制本案之中請專利範圍。舉凡熟悉本案技藝 之人士 ’於援依本案發明精神所作之等效修飾或變化， 皆應包括於以下之申請專利範圍内。 【圖式簡單說明】 [0015] 第一圖係本發明之較佳實施例之工作狀態示意圖β [0016] 第一圖係本發明之較佳實施例之沖壓載具立體圖。 [0017] 第三圖係本發明之較佳實施例之沖壓平台立體圖。 【主要元件符號說明】 [0018] 沖壓載具：1 [0019] 沖壓平台：2 [0020] 控制台：3 [0021] 沖壓頭：4 [0022] 容置孔：11 094142513 表單編號Α0101 第7頁/共14頁 1003144551-0 1345528 [0023] 容置槽：12 [0024] 定位槽：13 [0025] 嵌合部：14 [0026] 固定部：21 [0027] 加工部：22 [0028] 第一表面：101 [0029] 第二表面：102 [0030] 側面：103 [0031] 保護孔：111 [0032] 固定孔：211 [0033] 滑槽：221 [0034] 擋止部：222 [0035] 嵌合槽：223 [0036] 定位部：224 094142513 表單編號A0101 第8頁/共14頁 100年04月25日按正替换頁 1003144551-01345528 April 25, 100, the shuttle is replaced page six, the invention description: [Technical field of the invention] [0001] The present invention relates to a lens module press table, in particular to a lens module that can improve work efficiency Pressing table. [Prior Art] [0002] When assembling a digital camera lens module, after the lens assembly is completed, the lens module needs to be punched by a lens press to correct the position of the lens in the lens module, the distance between the lenses, or the lens. Tilt error, etc. At present, the press table of the commonly used lens press machine can only punch one lens module at a time, and it is necessary to manually take out each punched lens module manually, and then put it into the next lens module to continue. stamping. This type of work consumes a lot of manpower, which seriously affects the production efficiency. When the lens module to be stamped is replaced, the frequent movement of the gripping and placing increases the risk of the lens module being damaged. SUMMARY OF THE INVENTION [0003] In view of the above, it is necessary to provide a lens module press table capable of improving production efficiency. [0004] A lens module pressing table, which is matched with a punching head of a punching machine, and includes a punching carrier and a punching platform, and the punching carrier is movably mounted on the punching platform. . The stamping carrier is provided with a plurality of accommodating holes, and the plurality of accommodating holes are arranged on the stamping carrier at intervals, and each accommodating hole can accommodate a lens module, and a lens module in a accommodating hole After the group is pressed, the stamping carrier is pushed to move the stamping carrier to the position of the punching head of the lens module in the next receiving hole, and then the punching head is manipulated for the next pressing. 094142513 Form No. A0101 Page 3 of 14 1003144551-0 1345528 [0005] Innfffilill? In New York, compared with the conventional technology, the lens module press table can process multiple lens modules at a time, during processing The need for cumbersome clamping and placement of the lens module 'improves production efficiency and reduces the risk of damage to the lens module during processing. Embodiments [0006] Referring to a first embodiment, a lens module pressing table of a preferred embodiment of the present invention includes a stamping carrier 1 and a stamping platform 2, and a console 3 and a punching machine (Fig. The stamping head 4 (not shown) is fitted with a press lens module. The stamping carrier i is movably mounted on the stamping platform 2, wherein a plurality of lens modules to be pressed can be loaded. The stamping head 4 is disposed adjacent to the stamping carrier and the stamping platform 2, and presses all the lens modules in the stamping carrier one by one during the movement of the stamping carrier 1. The punching machine is electrically connected to the console 3, and the punching action of the punching head can be controlled by the console 3. [0007] <1 to do the board, made of metal or hard plastic materials, into only, farm, to ensure that the stamping process will not change. The stamping carrier 1 has a first cymbal surface 101, a smooth second surface 102 and two side surfaces 1 〇 3, which are arranged such that the second surface 1 〇 2 is opposite to the first surface 1 〇 1 and parallel to each other, One side (four) 3 is disposed between the first surface m and the second surface 102", the spear 094142513 [0008] the stamping vehicle (10) a plurality of accommodating holes u, the accommodating groove 12, the plurality of positioning grooves 13 and the thief joint portion The receiving hole mi of the 141 is disposed on the first surface m, and the concave holes are arranged at equal intervals, and the shape is the same as that of the outer (four) profile of the pressing head module. The accommodating hole u includes a protective hole (1) which is opened in each of the accommodating holes. The mirror group is entrusted to the enemy. Form No. A0101 1003144551-0 1345528 On April 25, 100, the location of the replacement lens is the position of the optical lens of the lens module, so as to avoid direct contact between the optical lens and the stamping carrier 1 to prevent the optical lens from being pressed during stamping. After being rubbed against the stamping carrier 1, it is damaged. The accommodating groove 12 is formed on the first surface 101, and is connected to the groove of all the accommodating holes 11. The main function is to leave a gap at both ends of the accommodating hole 11 for providing the lens module for loading and unloading the lens module. convenient. The positioning groove 13 has a smooth edge and a groove of the inner wall, which are spaced apart from each other on the two side faces 103, and are symmetrically arranged on both sides of the receiving hole 11. The fitting portion 14 is formed by projecting a pair of strip-shaped projections on both side faces 103, the length of which is the same as that of the entire stamping carrier 1. Referring to the third figure, the stamping platform 2 is also made of a material such as metal or rigid plastic. The stamping platform 2 includes a fixing portion 21 and a processing portion 22 connected to the fixing portion 21. The fixing portion 21 is a platform having a smooth bottom surface, and a plurality of fixing holes 211 are defined in the periphery thereof. The fixing holes 211 are threaded through holes in the inner wall, and the punching platform 2 is mounted on the console 3 through the fixing holes 211 by bolt connection. on. The diameter of the tip end of the bolt used is larger than the inner diameter of the fixing hole 211, and the diameter of the screwing portion of the bolt is slightly smaller than the inner diameter of the fixing hole 211, so that the punching platform 2 mounted on the console 3 can be finely adjusted. The processing portion 22 is a boss, and the bottom surface thereof is connected to the fixing portion 21. The processing portion 22 includes a sliding groove 221, a pair of stopping portions 222, a pair of fitting grooves 223, and a pair of positioning portions 224. The sliding groove 221 is formed on the top of the processing portion 22 and penetrates the groove at both ends of the processing portion 22, and has a cross section identical to the stamping carrier 1 in size and shape, and the stamping carrier 1 is slidably mounted on the stamping carrier 1 Inside the chute 221 . The blocking portion 222 is a strip-shaped protrusion protruding from the two side walls of the sliding slot 221 into the sliding slot 221, and the fitting groove 223 is a bottom surface of the blocking portion 222 and the sliding groove 221 094142513. Form No. A0101 Page 5 of 14 1003144551-0 1345528 __ April 25, 100, the nuclear replacement page forms a pair of grooves, the fitting portion 14 is slidably inserted into the fitting groove 223, preventing the stamping carrier 1 from working with the punching platform 2 Get rid of. The positioning portion 224 is an elastic buckle, and is symmetrically disposed on the side wall of the stopping portion 222 near the sliding slot 221, and cooperates with the positioning groove 13 to ensure that each of the receiving holes 11 and the lens module therein are in the correct position during the working process. . [0011] The console 3 is arranged at the bottom of the stamping platform 2, so that the user can observe the working condition at any time. The punching head 4 of the press is disposed above the processing portion 22, and the punching head 4 is aligned with a certain receiving hole 11 when the punching carrier 1 is placed on the punching platform 2. [0012] When the preferred embodiment of the present invention is in operation, a plurality of lens molds to be pressed are assembled into the receiving holes 11 of the stamping carrier 1 , and a plurality of stamping carriers 1 can be pre-filled to further Improve efficiency. The stamping carrier 1 filled with the lens module is inserted into the sliding slot 221, and when the positioning groove 13 on the side wall 103 of the stamping carrier 1 is moved to the positioning portion 224, the user feels that the positioning groove 13 is stuck by the positioning portion 224. When the lens module in the receiving hole 11 is just aligned with the punching head 4, the punching head 4 can be manipulated by the console to press the lens module. After the lens module in the receiving hole 11 is pressed, the punching carrier 1 can be pushed, the positioning groove 13 is slid away from the positioning portion 224, and the punching carrier 1 is moved until the next pair of positioning grooves 13 are caught by the positioning portion 224. At the position, the user can manipulate the punching head 4 to perform the next pressing operation. Repeat the above operation until all the lens modules in the entire stamping carrier 1 are pressed together, and the stamping carrier 1 is taken out of the chute 221, and another stamping carrier 1 with the lens module to be pressed is replaced. , you can continue the stamping work. After all the lens modules that need to be pressed are processed, all the lens modules can be taken out uniformly, and it is not necessary to take out and insert the lens module once after pressing one lens module. If the position where the stamping carrier 1 is stuck is not found, the lens 094142513 in the receiving hole 11 is not provided. Form No. A0101 Page 6/14 pages 1003144551-0 1345528 100年04月25曰The module is completely aligned with the punch head 4 It is also possible to loosen the bolts of the fixed stamping platform 2, and finely adjust the position of the stamping platform 2. After the adjustment is completed, the bolts can be retightened to work normally. [0013] It can be understood that in order to prevent the internal components of the console 3 of the present embodiment from being damaged by vibration under the impact of the punching head 4, the punching platform 2 can be fixed on a more rigid carrier, and the console 3 is mounted on the other. Easy to operate location. The manually operated console 3 can also be eliminated, and the fully automatic stamping head 4 is combined with the stamping carrier 1 and the stamping platform 2 to press the lens module. _4] V. As stated above, it is stated that it meets the requirements of the invention patent, and Newfa filed a patent application. However, the above description is only a preferred embodiment of the present invention, and it is not possible to limit the scope of the patent in this case. Any equivalent modifications or variations made by those who are familiar with the art of this case shall be included in the scope of the following patent application. BRIEF DESCRIPTION OF THE DRAWINGS [0015] The first drawing is a schematic view of the working state of the preferred embodiment of the present invention. [0016] The first drawing is a perspective view of a stamping carrier of a preferred embodiment of the present invention. [0017] The third drawing is a perspective view of a stamping platform of a preferred embodiment of the present invention. [Main component symbol description] [0018] Stamping carrier: 1 [0019] Stamping platform: 2 [0020] Console: 3 [0021] Stamping head: 4 [0022] Housing hole: 11 094142513 Form number Α 0101 Page 7 / Total 14 pages 1003144551-0 1345528 [0023] accommodating groove: 12 [0024] Locating groove: 13 [0025] fitting portion: 14 [0026] fixing portion: 21 [0027] processing portion: 22 [0028] first Surface: 101 [0029] Second surface: 102 [0030] Side: 103 [0031] Protective hole: 111 [0032] Fixed hole: 211 [0033] Chute: 221 [0034] Stop: 222 [0035] Slot: 223 [0036] Positioning section: 224 094142513 Form number A0101 Page 8 of 14 Page 100 April 25th Press positive replacement page 1003144551-0