工业机器人基本原理 |
| 时间：2025-03-07 12:03:33 来源：互联网 作者： |
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}工业机器人（面向工业领域的机器人）_发展历史组成特征关键技术应用安装调试发展趋势统计数据20世纪50年代末，工业机器人最早开始投入使用。约瑟夫·恩格尔贝格（Joseph F.Englberger） 20世纪60年代，工业机器人发展迎来黎明期，机器人的简单功能得到了进一步的发展。机器人传感器的应用提高了机器人的可操作性，包括恩斯特采用的触觉传感器；托莫维奇和博尼在世界上最早的“灵巧手”上用到了压力传感器；麦卡锡对机器人进行改进，加入视觉传感系统，并帮助麻省 自20世纪60年代中期开始，美国麻省理工学院、斯坦福大学、英国爱丁堡大学等陆续成立了机 20世纪70年代，随着计算机和人工智能技术的发展，机器人进入了实用化时代。像日立公司推出的具有触觉、压力传感器，7轴交流电动机驱动的机器人；美国Milacron公司推出的世界第一台小型计算机控制的机器人，由电液伺服驱动，可跟踪移动物体，用于装配和多功能作业；适用于装配 在baike.baidu.com上查看更多信息更多内容请查看https://baike.baidu.com/item/%E5%B7%A5%E4%B8%9A%E6%9C%BA%E5%99%A8%E4%BA%BA/1290396
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.b_imgcap_altitle p strong,.b_imgcap_altitle .b_factrow strong{color:#767676}#b_results .b_imgcap_altitle{line-height:22px}.b_hList img{display:block}.b_imagePair .inner img{display:block;border-radius:6px}.b_algo .vtv2 img{border-radius:0}.b_hList .cico{margin-bottom:10px}.b_title .b_imagePair>.inner,.b_vList>li>.b_imagePair>.inner,.b_hList .b_imagePair>.inner,.b_vPanel>div>.b_imagePair>.inner,.b_gridList .b_imagePair>.inner,.b_caption .b_imagePair>.inner,.b_imagePair>.inner>.b_footnote,.b_poleContent .b_imagePair>.inner{padding-bottom:0}.b_imagePair>.inner{padding-bottom:10px;float:left}.b_imagePair.reverse>.inner{float:right}.b_imagePair .b_imagePair:last-child:after{clear:none}.b_algo .b_title .b_imagePair{display:block}.b_imagePair.b_cTxtWithImg>*{vertical-align:middle;display:inline-block}.b_imagePair.b_cTxtWithImg>.inner{float:none;padding-right:10px}.b_imagePair.square_mp>.inner{width:80px}.b_imagePair.square_mp{padding-left:90px}.b_imagePair.square_mp>.inner{margin:2px 0 0 -90px}.b_imagePair.square_mp.reverse{padding-left:0;padding-right:90px}.b_imagePair.square_mp.reverse>.inner{margin:2px -90px 0 0}.b_imagePair.square_s>.inner{width:50px}.b_imagePair.square_s{padding-left:60px}.b_imagePair.square_s>.inner{margin:2px 0 0 -60px}.b_imagePair.square_s.reverse{padding-left:0;padding-right:60px}.b_imagePair.square_s.reverse>.inner{margin:2px -60px 0 0}.b_ci_image_overlay:hover{cursor:pointer}.b_greyBackgroundModal{display:none;position:fixed;left:0;top:0;width:0;height:0}机器人的工作原理解析 以上介绍了机器人的主要工作原理。机器人的工作离不开控制系统、力量系统、运动控制器和感知系统的协同作用。这些部分的有机组合，使得机器人能够在不同的领域发挥出其独有的作用。未来的机器人将会更加智能化、 更多内容请查看https://zhuanlan.zhihu.com/p/614341189
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