CAJ | 학술논문

为解决传统钻床在塑料挤出机挤出段筛板加工时存在的效率低问题，将Visual Basic和运动控制卡设计开放式系统的技术运用于研制高效可调距八头专用数控钻床中。对现有筛板加工过程进行分析，并建立筛板加工过程中各轴之间的运动关系，提出了在 AutoCAD中以DXF文件形式保存筛板零件图；通过Visual Basic编写的数控系统对待加工零件信息的读取、分析，最终结合雷塞dmc1000运动控制卡设计了可调距八轴钻床的控制系统，完成了对筛板群孔的加工。
위해결전통찬상재소료제출궤제출단사판가공시존재적효솔저문제，장Visual Basic화운동공제잡설계개방식계통적기술운용우연제고효가조거팔두전용수공찬상중。대현유사판가공과정진행분석，병건립사판가공과정중각축지간적운동관계，제출료재 AutoCAD중이DXF문건형식보존사판령건도；통과Visual Basic편사적수공계통대대가공령건신식적독취、분석，최종결합뢰새dmc1000운동공제잡설계료가조거팔축찬상적공제계통，완성료대사판군공적가공。
To the problems of low efficiency of conventional drilling in processing the segment sieve in plastic extruder ,the open system technology developed by Visual Basic and motion control card was applied to develop efficient adjustable eight-axis CNC drilling machine .After the analysis of existing sieve process ,the relationship between each axis in internal screw processing was established .A method was presented to process the segment sieve .The drawings of sieve parts were saved in AutoCAD DXF .The machining data were treated by CNC system ,and the control system based on Raiser dmc1000 adjustable motion control card for controlling eight-axis drilling machine was designed .A satisfied result has been obtained .