Commissioning of a servo-pneumatic system for timing and profile control in a high speed food packaging application
Commissioning of a servo-pneumatic system for timing and profile control in a high speed food packaging application
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调试伺服气动系统，用于高速食品包装应用中的定时和轮廓控制
DOI：
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发表时间：
1995
期刊：
影响因子：
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通讯作者：
C. Wong
中科院分区：
文献类型：
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作者：
J. Pu;P. Moore;C. Wong
伺服气动系统可以提供替代使用传统的二元气动驱动和伺服电力系统。然而，需要确定迁移路径，使其在工业中成为实际的现实。本文研究了在有定时和轮廓控制要求的应用中采用气动传动的方法。本研究是基于一个高速食品包装机在工业中使用，目前采用气动开关驱动。本文阐述了如何利用现代运动控制器的先进特性，以及开发伺服气动驱动的潜力需要哪些控制功能。它还有助于说明气动伺服器如何在某些应用中提供有效的替代电动伺服机构的使用。本文的贡献是意义重大的，因为它说明了应用伺服气动系统的过程，目前还没有很好地建立在工业上。报纸应该……
Servo-pneumatic systems can provide an alternative to the use of conventional binary pneumatic drives and servo-electric systems. However, a migration path needs to be identified for this to become a practical reality in industry. In this paper, methods for employing pneumatic drives in applications with timing and profile control requirements are investigated. This study is based on a high speed food packaging machine used in industry which currently employs on/off pneumatic actuation. The paper illustrates how advanced features of modem motion controllers can be utilized and what control functions are required to exploit the potential of servo-pneumatic actuation. It also serves to illustrate how pneumatic servos may provide an effective alternative to the use of electric servo mechanisms in some applications. The contribution of this paper is significant in the sense that it illustrates the process of applying servo-pneumatic systems which are currently not well established in industry. The paper shoul...