热室模块支撑旋转装置研制
|
摘要
本文介绍了为串列加速器工程中带放射性靶源模块的维修、试验而专门设计的一套定位装置。技术要求模块能够实现升降、旋转功能及精确定位。设计了旋转筒、支撑筒结构,采用螺杆提升装置实现升降功能及精确定位;周向采用电动粗定位及手动精确定位相结合,采用传感器位置检测,气缸定位销设计方案,措施安全可靠。经试验,各项技术指标均满足目标要求,验证了装置设计方案的合理性和可靠性。
Background: This paper introduced a device for tandem accelerator project,designed for the radioactive target source module maintaining and testing.Purpose: The module is required to be lifting,rotary and precise orientation in technology.Methods: We designed the structure of rotary drum,supporting drum and screw lifting device to achieve the function.In circumference,we adopt the project with electro-motion cursory locate,hand-motion precise locate,sensor location detect and cylinder locate pin,the measure is safe and trustiness.Results: Via experimentation,all technology targets are fulfilled,and the rationality and reliability of the device has been validated.Conclusions: The successful development of this device provides a good direction and reference for radioactive areas such as accelerator,hot cell,reactor etc.,and can be adapted to its capability of long-distance shield operating,maintaining or testing.
Background: This paper introduced a device for tandem accelerator project,designed for the radioactive target source module maintaining and testing.Purpose: The module is required to be lifting,rotary and precise orientation in technology.Methods: We designed the structure of rotary drum,supporting drum and screw lifting device to achieve the function.In circumference,we adopt the project with electro-motion cursory locate,hand-motion precise locate,sensor location detect and cylinder locate pin,the measure is safe and trustiness.Results: Via experimentation,all technology targets are fulfilled,and the rationality and reliability of the device has been validated.Conclusions: The successful development of this device provides a good direction and reference for radioactive areas such as accelerator,hot cell,reactor etc.,and can be adapted to its capability of long-distance shield operating,maintaining or testing.
引文
1黄青华,崔保群.ISOL靶源系统插拔式模块化设计[J].中国原子能科学研究院年报,2009,92(1):135–136HUANG Qinghua,CUI Baoqun.ISOL target aim system of insert and draw module design[J].Annual Report of China Institute of Atomic Energy,2009,92(1):135–136
2杨丙凡,关遐令,曹小平,等.HI-13串列加速器升级工程进展与现状[J].核技术,2008,31(1):41–46 YANG Bingfan,GUAN Xialing,CAO Xiaoping,et al.Progresses in the project of upgrading HI-13 tandem accelerator at CIAE[J].Nuclear Techniques,2008,31(1):41–46
3 EJ/T1175,密封箱室部件[S].2004 EJ/T1175,Component for containment encloses[S].2004
4姜圣阶,柯友之.动力堆核燃料后处理厂设计[M].北京:原子能出版社,1996 JIANG Shengjie,KE Youzhi.Reporcessing plant design for power reactor nuclear fule[M].Beijing:Atomic Energy Press,1996
5邹丽娟.浅谈红外光电传感器的工作原理及应用[J].科技信息,2010,82(23):110–111 ZOU Lijuan.Simple dicuss on infrared photoelectricity sensor theory and apply[J].Science&Technology Infor-mation,2010,82(23):110–111
6沈秋平,陈志清,徐道平,等.燃料组件修复装置的设计[J].核技术,2010,33(2):148–151 SHEN Qiuping,CHEN Zhiqing,XU Daoping,et al.Design of the fuel subassembly repairing device[J].Nuclear Techniques,2010,33(2):148–151
7王晓飞,胡跃明,李明龙,等.HI-13串列加速器辐射防护联锁系统[J].原子能科学技术,2008,42(9):267–269 WANG Xiaofei,HU Yueming,LI Minglong,et al.HI-13 tandem accelerator radiation protection and interlock system[J].Atomic Energy Science and Technology,2008,42(9):267–269
8董升国,马洪盛,赵莉霞.中国实验快堆换料机控制系统设计及台架调试[J].原子能科学技术,2008,42(2):135–139 DONG Shengguo,MA Hongsheng,ZHAO Lixia.Design and adjustment on test bed of replacing subassembly machine control system for China experimental fast reactor[J].Atomic Energy Science and Technology,2008,42(2):135–139
2杨丙凡,关遐令,曹小平,等.HI-13串列加速器升级工程进展与现状[J].核技术,2008,31(1):41–46 YANG Bingfan,GUAN Xialing,CAO Xiaoping,et al.Progresses in the project of upgrading HI-13 tandem accelerator at CIAE[J].Nuclear Techniques,2008,31(1):41–46
3 EJ/T1175,密封箱室部件[S].2004 EJ/T1175,Component for containment encloses[S].2004
4姜圣阶,柯友之.动力堆核燃料后处理厂设计[M].北京:原子能出版社,1996 JIANG Shengjie,KE Youzhi.Reporcessing plant design for power reactor nuclear fule[M].Beijing:Atomic Energy Press,1996
5邹丽娟.浅谈红外光电传感器的工作原理及应用[J].科技信息,2010,82(23):110–111 ZOU Lijuan.Simple dicuss on infrared photoelectricity sensor theory and apply[J].Science&Technology Infor-mation,2010,82(23):110–111
6沈秋平,陈志清,徐道平,等.燃料组件修复装置的设计[J].核技术,2010,33(2):148–151 SHEN Qiuping,CHEN Zhiqing,XU Daoping,et al.Design of the fuel subassembly repairing device[J].Nuclear Techniques,2010,33(2):148–151
7王晓飞,胡跃明,李明龙,等.HI-13串列加速器辐射防护联锁系统[J].原子能科学技术,2008,42(9):267–269 WANG Xiaofei,HU Yueming,LI Minglong,et al.HI-13 tandem accelerator radiation protection and interlock system[J].Atomic Energy Science and Technology,2008,42(9):267–269
8董升国,马洪盛,赵莉霞.中国实验快堆换料机控制系统设计及台架调试[J].原子能科学技术,2008,42(2):135–139 DONG Shengguo,MA Hongsheng,ZHAO Lixia.Design and adjustment on test bed of replacing subassembly machine control system for China experimental fast reactor[J].Atomic Energy Science and Technology,2008,42(2):135–139