摘要
文章介绍了一种能满足小井眼钻井、定向井、侧钻井及修井等作业的全液压驱动方式的钻修两用顶部驱动装置的结构特点、工作机理和结构仿真研究工作。在该装置的研制过程中 ,采用机械自动化设计软件 (Pro/engineer) ,通过建立各零部件的三维实体模型、结构装配、干涉检验、力学分析 ,实现了对DQ— 30Y钻修两用顶驱装置的结构仿真研究。找到了该装置在原零部件设计中和装配中存在的问题 ,及时修改设计方案 ,并将发现的问题和修改意见反馈到试制单位 ,从而缩短了该产品的研制周期 ,降低了研制成本 ,提高了该产品的可靠性和市场竞争能力。
The research works on the structural characters,working mechanism and structure emulation of a drilling-workover dual-purpose top drive device which is driven by full-hydraulic way and can satisfy the operations in slim-hole drilling,directional drilling,side-tracking and well workover,etc.is presented in this paper.The emulation research on the structure of DQ-30Y drilling-workover dual-purpose top drive device has been realized by adopting the automatic design software (Pro/engineer) in the process of developing this device and through setting up the 3-D solid model of each parts and component,the structure assemblage,the interference inspection and the mechanics analysis.The existent problems in the design and assemblage of this device′s parts and component have been found out,the design proposal has been promptly altered and the found problems and the proposals for modification have been informed to the developmental unit,shortening,thus,the development cycle of this product,reducing the development cost and raising the realiability of this product and its competitive power in the market.
出处
《天然气工业》
EI
CAS
CSCD
北大核心
2000年第5期42-43,共2页
Natural Gas Industry
基金
中国石油天然气集团公司"九五"重点科技攻关项目! (960 4 0 3- 0 9)
