air pulsated jig

Design of pneumatic arc core-pulling crank slide mechanism;

氣動曲柄滑塊圓弧抽芯機構設計

Improving on the pneumatic system of DDS tapping machine;

DDS開鐵口機氣動系統的改進

Control strategy of pneumatic integrated active and passive vibration isolator;

氣動主-被動一體化隔振器控制策略分析

Study on and Design of Pneumatic System for NC Spiral Bevel Gear Burnishing Machine;

氣動在數控螺旋錐齒輪研齒機中的應用研究

Abstact:This article mainly introduced the improvement of DB420 pressing device of multi_function packaing machines and the regarding control methods of the pneumatic system and the electrical route.

本文主要介紹了DB420多功能包裝機壓印裝置機械部分的改進及相應的氣動、電路控制方法。

Design of web gravure press feeding pneumatics controlling system;

輪轉凹印機給紙系統裁刀氣動控制系統設計

The Design of Computer Auto-sorting System Based on Pneumatics;

基于氣動技術的計算機控制自動分揀系統

In this paper the structure of the joint is presented, the principle of pneumatics and method of control are.

給出了關節的結構,介紹了手指關節的氣動原理與控制方法,并分析了關節彎曲變形的靜態模型。

Based on running features of feed-water pump turbine,design and exploit new last stage blade in order to fill the request of aerodynamics,intensity and vibration of feed-water pump turbine in running.

針對給水泵汽輪機的運行特點,設計開發新的末級葉片,以便滿足給水泵汽輪機運行時氣動、強度、振動要求。

Theory and methodology of multidisciplinary coupling optimization design taking account of aerodynamics,heat transfer,structure,vibration and life prediction and optimum algorithm,were discussed.

敘及了多學科設計優化技術在航空發動機渦輪葉片設計中的應用研究,對渦輪葉片多學科設計優化方法進行設計的具體實施過程進行了介紹,討論了結構、氣動、傳熱、強度、振動和壽命以及優化算法等跨學科之間進行耦合優化設計的理論和方法。

The present paper computational simulates the atomization characteristics of the aerodynamic nozzle,and analysis the flow in the nozzle,achieves some useful conclusions.

對氣動噴嘴的霧化特性進行了數值模擬,對噴嘴內的流動現象進行了分析,得到了一些有益的結論。

Using the combination of simulated annealing algorithm and second ordered planning algorithm of sequence,the blade optimization has been carried out by taking the aerodynamic efficiency of turbine as the target.

根據五次多項式葉片造型方法進行葉型參數化,得到渦輪葉片的參數化模型,采用N-S方程進行三維流場計算,使用模擬退火算法和序列二次規劃算法相結合,以渦輪氣動效率為目標進行了優化,優化結果顯示渦輪氣動效率得到提高。

aerodynamic braking,wheel mounted disc braking and track friction braking.

介紹了懸浮式鐵道機車車輛使用的 3種機械式制動裝置 ,即氣動制動、車輪圓盤制動與路面摩擦制動。