本设计将强化研磨技术和数控技术相结合，设计了数控强化研磨试验台。通过调

本设计将强化研磨技术和数控技术相结合，设计了数控强化研磨试验台。通过调研，了解强化研磨影响工件表面质量的主要工艺参数，并确定研磨喷射压力、喷射速度、喷射距离、和喷射时间等这些工艺参数。在此基础上，提出多种设计方案并对比其优缺点，对强化研磨的喷射方式、研磨剂回收装置、整台设备的型材方式等机构进行选择以及对选择的方案进行建模设计。并用Solidworks软件设计出了强化研磨试验台的三维造型图，用AutoCAD出二维设计图纸。

結果 (英文) 1:

This design combines intensive grinding technology and CNC technology, design CNC hardening grinding test-bed. Through research, knowledge intensive grinding effects of workpiece surface quality of main process parameters, and abrasive blast pressure, injection speed, injection process parameters such as distance, and injection time. On this basis, make multiple design scenarios and compare their strengths and weaknesses, injection methods for intensive grinding, abrasive recovery device, the whole way, inter alia, the choice of device profiles as well as the modeling design of the chosen programme. Using Solidworks software to design reinforced grinding test-bed for three-dimensional modeling mapTwo-dimensional design using AutoCAD drawings.

結果 (英文) 2:

This design will strengthen technology and CNC milling technology, designed to strengthen CNC grinding test bench. Through research, strengthen understanding of the main process parameters affect the grinding surface quality and to determine the grinding injection pressure, injection velocity, spray distance, and the injection time, etc. These parameters. On this basis, we propose a variety of designs and compare their advantages and disadvantages, ways to strengthen the jet grinding, abrasive recovery, profiles the way the whole equipment and other institutions as well as the choice to select the program designed for modeling. Solidworks design software with enhanced three-dimensional shape of the grinding test bed diagram, two-dimensional design drawings using AutoCAD.

結果 (英文) 3:

This design will strengthen the grinding technology and CNC technology, the design of NC strengthening and polishing test bench. Through investigation and study, understand the main process parameter of grinding surface quality enhancement, and determine the injection pressure, injection speed grinding, spray distance, and injection time etc. These parameters. On this basis, propose several designs and compare their advantages and disadvantages, choice of institution strengthening grinding jet, abrasive recovery device, the whole device profile method and modeling design for the selected scheme. And use Solidworks software to design the 3D graph strengthen grinding test bench,With AutoCAD the 2D design drawing.