首页> 外文期刊>Elektronika >Profibus Interface Based Connection and Actuation of the Servo-Electric and Pneumatic 2-Finger Parallel Gripper by Using of the Quick Release Gripper-Change-System Realized for the Fanuc Robot
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Profibus Interface Based Connection and Actuation of the Servo-Electric and Pneumatic 2-Finger Parallel Gripper by Using of the Quick Release Gripper-Change-System Realized for the Fanuc Robot

机译:通过使用为Fanuc机器人实现的快速释放夹爪更换系统,基于Profibus接口的伺服和气动2指并联夹爪的连接和驱动

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摘要

The paper gives an example of the technical solutionfor the connection of the two different types of the 2 -fingerparallel gripper regarding their driving power, both used in oneapplication process. The grippers used in the application are aservo-electric 2-finger parallel gripper with highly precisegripping force control and long stroke and a universal pneumatic2-finger parallel gripper with large gripping force and highmaximum moments. Both grippers used are connected via quickrelease Gripper-Change-System (GCS) and are controlled viacontrol panel with integrated Profibus-DP master unit. The end-effector is mounted to the GCS typically by using an interfaceplate designed by the user. The realization of the application isspecifically designed for the Fanuc robot ARC Mate 120iB andthe controller R-J3iB and represents the unique technicalsolution, not designed with the named parts and control unit insuch way before.
机译:本文给出了在一个应用过程中使用的两种不同类型的2指平行夹持器的驱动力连接技术解决方案的示例。该应用中使用的夹持器是具有高精度抓地力控制和长行程的Aservo-electric两指平行夹持器,以及具有大夹持力和高最大力矩的通用型2气动平行夹持器。所用的两个夹具均通过快速释放的夹具更换系统(GCS)连接,并通过带有集成Profibus-DP主站单元的控制面板进行控制。通常通过使用用户设计的接口板将末端执行器安装到GCS。该应用程序的实现是专为Fanuc机器人ARC Mate 120iB和控制器R-J3iB设计的,代表了独特的技术解决方案,以前没有以这种方式设计命名部件和控制单元。

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