注塑机液压系统设计的方法和注意问题

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Injection molding machine hydraulic system design methods and attention to the problem
 Hydraulic technology has been the introduction of an industrial area have 100 years of history, with the rapid industrial development, Hydraulic technology more with each passing day. Along with mathematics, control theory, computer, electronic components and hydraulic fluid sciences, a hydraulic servo system, and as an application of science has been developed, develop its own system, and a set of effective analysis and design methods. Well, not that, and now I say all of the hydraulic system design methods and attention to the issue. For hydraulic systems used in the injection molding machine examples to chat with everyone, and welcome comments.
 Design injection molding machine hydraulic system on the basis
 (1) injection molding machine and the overall layout process requirements, including the use of hydraulic drive performed by injection molding machine movement types, mechanical design made possible with the implementation of the hydraulic components of the types and models, implementation of the components of the space and its location size, the requirements of the degree of automation.

注塑机液压系统设计的方法和注意问题
 液压技术被引入工业领域已经有一百多年的历史了，随着工业的迅猛发展，液压技术更日新月异。伴随着数学、控制理论、计算机、电子器件和液压流体学的发展，出现了液压伺服系统，并作为一门应用科学已经发展成熟，形成自己的体系和一套行之有效的分析和设计方法。好了，不多说了，现在我和大家来说说液压系统设计的方法和注意问题。举个液压系统在注塑机运用的例子来和大家聊，并欢迎大家提出意见。
 设计注塑机液压传动系统的依据
 (1) 注塑机的总体布局和工艺要求，包括采用液压传动所完成的注塑机运动种类、机械设计时提出可能用的液压执行元件的种类和型号、执行元件的位置及其空间的尺寸范围、要求的自动化程度等。
 (2) 注塑机的工作循环、执行机构的运动方式（移动、转动或摆动），以及完成的工作范围。

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