工艺刀
- 网络Craft Knife
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精密工艺加工刀轴及轴承座,使刀轴转动更平稳,噪音和振动远远低于其它仿冒者。
It mkes axis rotation more steadier for its reamer axis and the bearing seat through precise craft process , the noise and vibration are lower than other counterfeiting by far .
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文章通过对刀盘研制实例的剖析,简单介绍了刀盘设计的基本方法、刀盘的制造工艺以及刀盘样机在工业性试验中所取得的成果。
By analysis on the case of the cutterhead development , this paper briefly presents the basic design methods and manufacturing process of cutterhead as well as the achievements of the industrial-scale experiments of the cutterhead model .
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CAM根据CAD提供的特征模型和工艺规程生成刀位文件;
From the feature model provided by CAD and process plan by CAD , CAM generates cutter location ;
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热处理工艺对TBM刀圈材料耐磨性的影响
Heat Treatment on Wearability of Disc Hobbling Materials of TBM
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单元级是在工作站级基础上增加单元控制器管理下属工作站,实现单元内加工设备的动态调度,NC程序、工艺信息、刀、夹、量具信息和生产信息管理。
On the basis of workstation level , unit monitor controlled the sub-workstations was added for the unit level . So , dynamic scheduling , NC program , technical information , cutting tool , clamp and measure management was realized by the unit level .
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研究了焊接工艺参数及刀头材料对焊接质量的影响。
A parametric investigation was conducted to estimate the effect of laser welding technology parameter and saw blade material .
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其次,应用UG软件的数控加工模块完成了对人脸曲面的加工仿真,并结合机床的参数设置和加工工艺要求得到了刀轨路径文件。
Then , a machining simulation of face is completed with the numerical control machining module in UG and the cutter locus files with machining parameters and processing technical requests are generated .
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不同热处理工艺对剃齿刀内孔变形的影响
Influence of Different Heat Treatments on Internal Hole Deformation of Gear shaving Cutter
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在此基础上,利用UG/CAM模块进行数控编程,优化了加工路线、刀具轨迹、切削方式等工艺参数,通过刀轨检查及时地发现刀具跟零件之间的过切和欠切。
On this basis , using UG / CAM NC programming module optimize the processing path , tool path and cutting mode of processing parameters . The gouges between cutting tools and the part are disappeared .
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基于特征的工艺规划包括三个部分,基于特征的自动工序规划,工艺编辑和基于工艺信息的走刀路径规划。
NC process planning based on features can be divided into three parts , which are automatic sequential operation planning based on features , machining parameters compilation and NC tool-path planning .
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数控工艺参数繁多,设置复杂,每一个工程师对同一个零件的数控编程中,采用的加工工艺、走刀方式和加工参数等可能不同,导致标准不一,容易造成管理混乱。
Due to the complexity of NC processes , different engineer may adopt different process , path pattern and processing parameters on the same part , so that leads to disorder and confusion in management .