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研究程序气控回路的設计方法是一个有意义的实际工程問題。特別是对于多缸复杂程序的設计。在这类問题的設计中,一般說来需要觧决三个問题:1.如何簡便迅速和准确地判別出是否存在干扰及干扰性质和位置;2.排除干扰并作出程序气控回路图;3.回路的簡化。作者在前文[3]中对第一个問题已提出了觧决方案;本文主要針对第二、第三問题提出自己的觧决办法。本法是在参阅、学习有关資料基础上分析了气控回路运动規律,并根椐資料[3]已建立的程序(信号)——相位函数关系式,进一步用邏輯推理的方法和公因子的概念,将推理、分析的結論用数学形式表达为具有普遍規律的计算式和判別式,再用該計
Research Program The design of a pneumatic control loop is a significant practical engineering problem. Especially for multi-cylinder complex program design. In the design of such problems, generally speaking, three problems need to be solved: 1. How to quickly and accurately determine whether there is interference and the nature and location of interference; 2. To eliminate the interference and to make a program gas-controlled circuit diagram; 3. Circuit simplification. In the previous article [3], the author has proposed a solution to the first question. This article mainly proposes its own solutions to the second and third questions. This law is based on the reference to learn the relevant information on the basis of analysis of the movement of the pneumatic control circuit, and based on the data [3] established procedures (signals) - phase function of the relationship between the logic of further use of the method and the common factor Concept, the reasoning, the analysis of the conclusions expressed in mathematical form as a universal law of computing formulas and discriminant, and then use the meter