智能化钻孔设计与审查系统的研究

Research on Intelligent Borehole Design and Review System

为解决传统人工钻孔设计作业效率低、易出现空白带、设计不合理等问题,以WebGL技术支撑场景可视化的搭建,对钻孔设计作业的自动化方式展开研究,以设计的相关参数为依据,以输出钻孔设计参数表和成果CAD为目标,对规程规范、专家经验、布孔方式等影响设计的相关因素进行总结,构建了多种类型的钻孔设计模型。结果表明:系统能有效降低人工作业成本,设计成果能合理规避抽采空白带,自动输出的钻孔设计参数表与人工设计相符合,输出的成果图纸具有较好的施工指导意义,为煤矿企业人员全角度解读钻孔设计的合理性提供了支撑。

In order to solve the problem of low efficiency,traditional artificial drilling design blank,unreasonable design,with WebGL technology support scene visualization,the automation of drilling design research,based on the design parameters,aiming at output drilling design parameters and CAD as the goal,the procedure specification,expert experience,layout design factors,build various types of drilling design model.The results show that the system can effectively reduce the cost of manual operation,the design results can reasonably avoid the extraction blank belt,the automatic output of drilling design parameter table is consistent with the manual design,and the output result drawings have good construction guiding significance,which provides support for the personnel of coal mining enterprises to interpret the rationality of drilling design.