机电一体化技术在智能制造中的运用分析
2021-01-11张良坤张春平
张良坤 张春平




[摘 要]机电一体化发展,已经成为工业发展动力,被广泛应用到智能制造中,具备强大的综合性能。机电一体化技术,能够结合自动化生产线、柔性控制系统,提升智能制造水平与效果。智能制造处于无人操控环境,采用编程方式,促进机器设备运转。收集相关数据之后,能够加强学习能力,实现自我优化与修复。在本文研究中,注重分析机电一体化技术在智能制造中的运用问题,仅供参考。
[关键词]机电一体化技术;智能制造;技术运用
[中图分类号]TH-39;TH16 [文献标志码]A [文章编号]2095–6487(2021)10–00–03
Analysis on the Application of Mechatronics Technology in Intelligent Manufacturing
Zhang Liang-kun,Zhang Chun-ping
[Abstract]The development of mechatronics has become a driving force for industrial development and is widely used in intelligent manufacturing with strong comprehensive performance. Mechatronics technology can combine automated production lines and flexible control systems to improve the level and effectiveness of intelligent manufacturing. Intelligent manufacturing is in an unmanned environment, using programming methods to promote the operation of machinery and equipment. After collecting relevant data, you can strengthen your learning ability and realize self-optimization and repair. In the research of this article, we focus on analyzing the application of mechatronics technology in intelligent manufacturing, which is for reference only.
[Keywords]Mechatronics technology; Intelligent manufacturing; Technology application
1 智能制造、機电一体化技术分析
智能制造属于新型工业生产模式,利用计算机编程方式,对生产效益予以提升。智能制造为制造业发展趋势,深入研究和分析机电一体化技术,实现机电一体化技术、高新技术融合发展,提升一体化技术智能化水平,有效作用于智能制造业,竞争实力较强。在智能制造中,机电一体化技术快速应用,可以模拟人类思维与活动,按照生产内容提出操作指令,实现生产活动与组装测试,以此促进生产活动开展。为了确保机电一体化技术更好地应用到智能制造中,应当明确智能制造的作用和价值,做好分析与研究工作。在时代发展过程中,人力施工逐渐被机械施工模式所代替,不仅可以降低人力投入成本,还能够加快工程施工效率。因此,为了提升工作效率,优化改善机械性能,必须将一体化技术应用到智能制造中。电力管理系统的探索应用,能够全面促进机械一体化发展,能够实现智能制造的智能化、现代化与信息化发展。……
