摘要
该设计与常规钻机自动化设计最大的区别,在于对钻台面、小鼠洞和大门坡进行了一体化优化设计,是对传统作业方式的一次突破,它可以实现在接、甩钻具单根时不用将钻具上提到钻台面高度以上,能够降低起吊钻具作业安全风险,同时由于单根运移路线短,能够提高工作效率,特别是对于重量大的大尺寸钻铤效果更加明显。
The biggest difference between this design and the automatic design of conventional drilling rig lies in the integrated and optimized design of drill table, mouse hole and gate slope, which is a breakthrough to the traditional operation method. It can realize that when connecting or throwing a drill tool at a single root, it does not need to raise the drill tool above the height of the drilling table, which can reduce the operational safety risk of the lifting tool. At the same time, due to the short single transport route, it can improve the working efficiency. In particular.
作者
彭小平
PENG Xiao-ping(Shale Gas Mining Technology Service Company, Sinopec Jianghan Petroleum Engineering Co., Ltd., Wuhan Hubei 430072, China)
出处
《科技视界》
2019年第8期36-37,共2页
Science & Technology Vision
基金
钻机快速接甩单根装置已获国家实用新型专利
专利号:ZL201720793437.4
关键词
猫道
小鼠洞
接甩钻具
优化设计
Cat Road
Mouse holes
Accepting drilling tools
Optimized design