摘要
电气传动与流体传动是两大主要的传动方式,两者无论在基本原理还是基本元件上均具有很大的相似性。因此,利用电气相似原理创造性地将气控元件抽象出来,借鉴典型的电气控制回路的特点,实现全气控系统中连续往复和两地控制模块的设计;同时为多缸程序控制回路的设计中障碍的消除提供一种新途径。
Electric drives and fluid power transmission are two main drive ways, Both in terms of basic principles or basic components have great similarity. Therefore, creatively extract the characteristic of air control components based on Electro - pneumatic similar principle, and use of the typical characteristics of the electrical control circuit to complete the design of continuous reciprocal, and provide a new way to eliminate the barriers of process controlled with several cylinders.
出处
《液压气动与密封》
2015年第12期23-27,共5页
Hydraulics Pneumatics & Seals
基金
福建信息职业技术学院课题(科技类
编号:Y15107)
关键词
电-气相似性
全气控系统
典型回路
程序控制
electro-pneumatic similarity
all air control system
typical circuit
program control
作者简介
林少玲(1979-),女,福建莆田人,硕士研究生,现从事气压传动与控制及结构分析的科研与教学工作。