Parametric Design Of AGC Hydraulic Cylinde

Parameterized design of mechanical products has become one of the mostpopular application technology, Using parametric design method to realize design ofthe standard parts and similar parts is more quickly. AGC hydraulic cylinder is thekey component of the HAGC in servo system. The structure affects directly theperformance and service life of the system. If we can design the AGC hydrauliccylinder that meet the user requirements accuratly and efficiently, the efficiency ofthe development machine in a certain extent will be improved, so as to the productcompetitiveness will be enhanced.With the same series of AGC hydraulic cylinder，the structure of its parts is veryapproximate.It is very convenient for this kind of non-standard parts to use parametricdesign. It can shorten the product development cycle, speed up the design time, andimprove design efficiency.In this paper,taking one type of the AGC hydraulic cylinder as an example, themain contents of the study include: analysis of the structure of hydraulic cylinder,AGC database technology and the SolidWorks parametric design principle.This paper introduces the principle and the main technical characteristics ofparametric design of mechanical products. With the support of the secondarydevelopment of SolidWorks software features, calling SolidWorks API and other keytechnologies,and taking Access as the backstage database,to form hydraulic cylinderof the parametric design system by using Visual Basic language.Realise theparametric design of AGC Hydraulic Cylinder.Users can complete3D and2Dengineering drawing of various parts of AGC hydraulic cylinder by selecting orinputting corresponding parameters in the design interface.