Configurable device arrangement for performing at least one basic operation in a biopharmaceutical process

• 1. 用于在生物制药工艺中执行至少一个基本操作的设备系统 [P] . 中国专利： CN111527194A . 2020-08-11
• 2. 用于执行至少一项医疗功能的装置 [P] . 中国专利： CN102525413B . 2015.05.13
• 3. Configurable Device Arrangement for Performing At Least One Unit Operation in a Biopharmaceutical Process [P] . US2021252517A1 . 2021-08-19

  机译： 可配置的设备装置，用于在生物制造过程中执行至少一个单元操作

• 4. Device arrangement for carrying out at least one basic operation in a biopharmaceutical process [P] . 德国专利： DE102017130093A1 . 2019-06-19

  机译： 用于在生物制药过程中执行至少一个基本操作的设备装置

• 5. Device arrangement for carrying out at least one basic operation in a biopharmaceutical process [P] . 德国专利： DE102017130093B4 . 2019-11-21

  机译： 用于在生物制药过程中执行至少一个基本操作的设备装置

• 1. Molecular Image-processing Devices Based on Chemical Reaction Systems. 4: Image-processing Operations Performed by Active Media Functioning in the Oscillating Mode [J] . N. G. Rambidi, A. V. Maximychev Advanced Materials for Optics and Electronics . 1995,第4期
• 2. Configurable DSP Processors Are Key To New Portable Devices [J] . VICTOR BERMAN Electronic Design . 2002,第15期
• 3. PLDs with processor cores for browsable, configurable devices [J] . Bryan Hoyer, Ivan Barrios Electronic engineering . 2001,第888期
• 4. Integrated Design of Biopharmaceutical Manufacturing Processes:Operation Modes and Process Configurations for Monoclonal Antibody Production [C] . Sara Badr, Kozue Okamura, Nozomi Takahashi European Symposium on Computer Aided Chemical engineering . 2020
• 5. A robotic system for the educational chemistry laboratory: Integrating a SCARA light industrial robot with ordinary laboratory devices to perform chemical operations. [D] . Johnson, Wes W. 1997
• 6. Accuracy-Energy Configurable Sensor Processor and IoT Device for Long-Term Activity Monitoring in Rare-Event Sensing Applications [O] . Daejin Park, Jeonghun Cho -1
• 7. A BASIC Routine for Performing Arithmetic Operations Among Values of Components in Geochemical Data by the Operation-Code Method [O] . Morimasa YOSHII 1984

• 1. Characteristics of 100Cr6 bearing steel after thixoforming process performed with prototype device [J] . L.ROGAL ,J.DUTKIEWICZ ,T.CZEPPE . 中国有色金属学会会刊：英文版 . 2010,第S3期
• 2. An Overview of Basics Speech Recognition and Autonomous Approach for Smart Home IOT Low Power Devices [J] . Jean-Yves Fourniols ,Nadim Nasreddine ,Christophe Escriba . 信号与信息处理（英文） . 2018,第4期
• 3. Excellent femoral outcomes when all access attempts and closure devices are performed by experienced cardiologists [J] . Kevin S. Kang ,Quentin Orlando ,Robert Maholic . 心血管病（英文） . 2013,第9期
• 4. Arrangement and analysis of processing technology of Anguo traditional Chinese medicine: Taking Chinese patent medicine making process as an example [J] . Yao Yang ,Ying Chen ,Meng-Yi Xie . TMR理论与假说 . 2020,第001期
• 5. Inorganic and Organic Solution-Processed Thin Film Devices [J] . Morteza Eslamian . 安徽地质 . 2017,第001期
• 6. 卫生装备技术功能配置评估的基本操作机制 [C] . 崔泽实 ,舒强 ,高丽达 . 中华医学会医学工程分会第十二次学术年会暨2011中华临床工程及医疗信息化大会 . 2011
• 7. 基于IT语言教学指导下的一项IT应用于EST基于IT语言教学指导下的一项IT应用于EST [A] . 康春芝 . 2005