全自动生化分析仪(COBAS MIRA Plus C.C)从取样、加试剂、衡温、读数到分析计算、更换比色皿,全部由仪器自动操作,且用途广泛,不仅用于临床化学常规检验、特殊蛋白的测定、药物浓度检测(其性能已得到卫生部临检中心的认可),而且附加离...全自动生化分析仪(COBAS MIRA Plus C.C)从取样、加试剂、衡温、读数到分析计算、更换比色皿,全部由仪器自动操作,且用途广泛,不仅用于临床化学常规检验、特殊蛋白的测定、药物浓度检测(其性能已得到卫生部临检中心的认可),而且附加离子单元组件可进行K^+、Na^+、Cl^-浓度测定。中文软件486电脑的配制,使实验室微机化管理和全省互联网成为可能。展开更多
Nowadays the flexible configuration of manufacturing cells becomes to an important requirement especially at small and medium sized companies. This method can make the production fast and effective at small series or ...Nowadays the flexible configuration of manufacturing cells becomes to an important requirement especially at small and medium sized companies. This method can make the production fast and effective at small series or frequent manufacturing changes. The shop-floor control method, presented in this paper, offers a solution for the facing problem of fast and easy reconfiguration. The hardware of the controller designed modular with software components for online configuration. This solution allows sensor integration on different levels for every part of the manufacturing cell. With unified programming language and the machine specific controllers （post-processing） the cells can be defined easily by different types of human-machine interaction. The shop-floor control architecture is implemented and validated on an Adept SCARA （selective compliance assembly robot arm） robot. The robot is driven by standalone, low-level, interchangeable, software and hardware components.展开更多
文摘全自动生化分析仪(COBAS MIRA Plus C.C)从取样、加试剂、衡温、读数到分析计算、更换比色皿,全部由仪器自动操作,且用途广泛,不仅用于临床化学常规检验、特殊蛋白的测定、药物浓度检测(其性能已得到卫生部临检中心的认可),而且附加离子单元组件可进行K^+、Na^+、Cl^-浓度测定。中文软件486电脑的配制,使实验室微机化管理和全省互联网成为可能。
文摘Nowadays the flexible configuration of manufacturing cells becomes to an important requirement especially at small and medium sized companies. This method can make the production fast and effective at small series or frequent manufacturing changes. The shop-floor control method, presented in this paper, offers a solution for the facing problem of fast and easy reconfiguration. The hardware of the controller designed modular with software components for online configuration. This solution allows sensor integration on different levels for every part of the manufacturing cell. With unified programming language and the machine specific controllers （post-processing） the cells can be defined easily by different types of human-machine interaction. The shop-floor control architecture is implemented and validated on an Adept SCARA （selective compliance assembly robot arm） robot. The robot is driven by standalone, low-level, interchangeable, software and hardware components.
