气爪元件动特性的仿真和实验研究--兼论大学本科毕业设计的实施

介绍了以平行开闭型气爪元件动特性研究作为本科毕业设计的一个课题；建立了该元件动特性的数学模型，通过计算机仿真和实验验证，证明了该模型的准确性。其研究结论对开发气动元件选用程序具有一定的参考价值。同时，通过该课题锻炼了学生的实际动手能力，提高了学生分析和解决问题的能力。     

Giovan Battista Della Porta's construction of pneumatic phenomena and his use of recipes as heuristic tools

In this paper, I suggest that research results from the history and philosophy of modern science provide a valuable methodological contribution for investigating early modern experimental philosophy and employ them to reassess the contribution of Giovan Battista Della Porta to its development. In modern science, the production of experimental knowledge is dependent on a complex array of communication strategies involving verbal terminology, diagrams, standardized instruments, and measurement units. Historians and philosophers have investigated the constitutive connection between such strategies and the phenomena scientists study in laboratories, showing how the two often co-evolved during the 19th and 20th centuries. Della Porta took an important first step towards the development of such methods by transforming the traditional recipe format into a strategy for mutually connecting, conceptualizing, and sharing observations made in experiments involving similar, but not identical, instruments and procedures. I use as a case study the changing manner in which he used recipes for presenting and connecting a number of pneumatic experiences from the first edition of Natural Magic (1558) until his meteorology treatise On Transmutations of Air (1610). In modern terms, those experiences can be interpreted as demonstrating the air's expansion and contraction with heat or pressure. However, today's notions of air pressure, density, and volume did not exist around 1600 and the verbal, visual, and quantitative means of expressing them had yet to be created. Della Porta did not create the modern notions, but he contributed to their emergence in a substantial way with his discussions of those pneumatic experiences. Della Porta's innovation may be described as the creation of a new epistemic genre, but it was not of a purely literary character, since the recipes also shaped the instruments and procedures they described, transforming them into new means of knowledge production in experimental philosophy.     

气动技术的发展及在新领域中的应用

从SMC研发的新产品，可以了解到气动技术正朝着节能、环保、机电一体化等方向发展。半导体／微电子制造业、生物工程、医药等已成为气动技术全新的应用领域。     

浅谈气动产品设计过程的设计理念

为了适应竞争日益激烈的市场,只有拥有先进的设计理念,才能设计出先进的产品.本文从用户、产品两个角度就宜人化、系统化、模块化、低成本、标准化、创新等几种设计理念进行了阐述.     

一种易燃易爆品全自动气动旋盖机的设计

介绍针对一种易燃易爆品设计的自动旋盖机。该旋盖机基于气动元件设计,包括送料、夹持、旋盖和取料机构,采用可编程控制器（programmable logic controller,PLC）控制,实现了易燃易爆品的自动旋盖功能。     

轮转凹印机给纸系统裁刀气动控制系统设计

依据轮转凹印机给纸系统对裁刀裁切的要求,和裁切装置动作的原理和工艺特点,设计了裁切装置的气动控制系统.     

Festo CLR气缸工作性能实验分析

本文对CLR气缸工作性能的实验研究,目的是为了满足数控机床气动随行夹具中气缸的旋转夹紧要求。利用PLC控制器、气阀、气缸、传感器等元器件搭建实验平台。对主要实验步骤进行详细分析,通过实验论证Festo CLR直线摆动夹紧气缸完全满足气动随行夹具工作要求。     

具有对称均等负重合量的气动伺服阀零位流动状态分析

分析了具有对称均等负重合量的气动伺服阀在不同供气压力时上游供气节流口和下游排气节流口的流动状态。排气压力为一个标准大气压,供气压力小于0．2374MPa时,零位时的上游两个供气节流口和下游两个排气节流口均为亚音速流动;供气压力等于O．2374MPa时,零位时的上游两个供气节流口为亚音速流动,下游两个排气节流口处于临界流动,即亚音速流动和超音速流动的分界点;供气压力大于0．2374MPa时,零位时的上游两个供气节流口为亚音速流动,下游两个排气节流口为超音速流动,且在零位处的负载压力为供气压力的80．75％。     

基于PLC的素肠加工机控制系统设计

素肠是一种人们喜爱的食品,目前市场上的素肠大多手工制作而成,不仅效率低下且工人的劳动强度大。针对一款新型的素肠加工机,利用PLC、传感器和气动技术对其控制系统进行设计,实现了生产过程的自动化并提高生产的效率和产品的质量。