The product is suitable for double straight line smoothing of grinding flat glass . coarse grinding , fine grinding , and polishing can be done at one time . adopt plc control system , which sets processing parameters via interface , and finishes processing at one time , ti has stable bottom structureprecise and smooth transmission system , the transmission belt drive adopts strong power and tran - sfrequency motor to control speed , constant power , constant rule , output and advanced equipment to control , completed product has high polishing level , which is an ideal option assistant processed equipment of processing delicacy glass and furniture glass factory 本产品适用于磨削平板玻璃是双直线平边，粗磨精磨抛光一次完成采用plc控制系统通过界面设定加工参数次完成加工，具有稳重扎实的底座结构，精确流畅的传动系绕，传送皮带驱动采用功率变频电机调速控制，恒功率恒扭矩输出和高配置的控制成品抛光亮度高是加工精品玻璃和家具玻璃厂家使用的最佳辅助加工设备。
This dissertation integrates theory analysis with experiment research and makes further research on nc geometric simulation . the establish of the cutting forces model , cutter wear model , machining error predition and compensation , machining parameter optimization in the physical simulation fields are made more research on the basis of the above research contents . the main achievements are as follows : 1 本文采用理论分析与实验研究相结合的思路,进一步研究了几何仿真与精度验证技术,研究了铣削力模型的建立、刀具磨损模型的建立、加工误差模型与误差补偿技术、基于加工仿真的加工参数优化等物理仿真关键技术,主要研究内容和成果如下: 1 .设计了集几何仿真和物理仿真为一体的数控加工仿真系统的体系结构。
The warp problem of sls is also stressed and the fundamental cause , developing trend and settlement of this problem is advanced . the influence of the primary process parameters on the warp distortion is reviewed through the orthogonal experiments . the result and solution of this experiment have great guidance to minish the warp distortion of material sls systems 论文还重点研究了sls中的翘曲变形问题，提出了翘曲变形的根本成因、发展趋势及解决方法，并通过正交实验考察了主要加工参数的选取对翘曲变形的影响，实验结果和方法对于具体sls系统减小翘曲变形有很大指导意义。
On the platform of the 3ds max and max script , the 3d modeling , motion simulation and interference analysis for the new type of parallel machine tool are developed in the virtual environment . based on it , the reliable foundation is provided for checking the dynamic and static interference problems of machine tool structure design , verifying the rationality of path planning , and appraising the technological process and the rationality of the processing parameters of parts 基于3dsmax和maxscript脚本语言开发平台，在虚拟环境下进行了并联机床的实体建模、运动仿真和干涉分析，为检查机床结构设计中的动静态干涉问题、验证轨迹规划的合理性、实现对零件可加工性及加工参数的合理性评价提供了可靠的依据。
At the same time , the calculation results of the cam cad section can be imported into ug - ii / manufacturing module directly . using the designing information and inputing essential machining parameters , the movement track of the cutter can be generated automatically , then machining simulation for valve cam can proceed 同时能将配气机构cad部分的计算结果直接传送到ug - manufacturing模块中，利用这些设计信息，再输入必要的加工参数，可自动产生刀具的运动轨迹，进行配气机构各部件的加工仿真。
