一种微孔阵列采集微透镜装置的设计

Kuan-Yu Lu, Gadi Ashok Kumar Reddy, Nguyen Ngoc Thai, K. Lee
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摘要

镜头被广泛应用于许多领域,主要是移动摄像机和安全摄像机。安装前的检查非常重要,要检查镜片的状况,如灰尘颗粒和任何其他损坏。镜片非常敏感,使用夹紧装置取镜片时容易划伤。因此,我们使用真空来提供吸力来拾取镜片,以避免磨损和划伤。在本研究中,将伺服电机与电火花加工相结合,形成微孔阵列,放置透镜。用户界面帮助用户控制XY-Table精确的坐标位置,以制作精细的孔阵列。实验表明,通过调节间隙电压、脉冲通断时间、脉冲关断时间和出水压力,可以控制加工速度,不产生铰孔和烧焦现象。加工微孔阵列时的平均误差为0.00405 mm。用户界面的应用节省了大量的时间,并有助于提高精孔的精度。
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Design of a Micro-hole Array Device for Picking the Micro Lenses
Lenses are widely used in many areas mostly in mobile cameras and security cameras. Before installation, inspection is very important to check the lenses condition like dust particles and any other damages. lenses are very sensitive and easy to scratch when using clamping device to pick up lenses. So, we use vacuum to provide suction to pick up the lenses to avoid wear and scratches. In this study, combined servo motor with EDM to create micro-hole array, to place the lenses. User interface helps the user to control the XY-Table for exact coordinate location to make fine hole array. In the experiment, it shows that by adjusting the gap voltage, pulse on-time, pulse off-time and outlet water pressure, the machining speed can be controlled without reaming and scorching. The average error during machining operation to make a micro-hole array is 0.00405 mm. User interface application save a lot of time and helps to improve accuracy to make fine hole.
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