DEVICE FOR MANUFACTURING A PARALLELEPIPEDIC SHAPE CULTURE POUCH

• 1. 形状测定装置、构造物制造系统、形状测定方法、构造物制造方法、形状测定程序、以及记录介质 [P] . 中国专利： CN105452802B . 2019.02.01
• 2. 形状测定装置、构造物制造系统、形状测定方法、构造物制造方法、及形状测定程式 [P] . 中国专利： CN105190228B . 2018.11.30
• 3. MEMBER, METHOD FOR MANUFACTURING MEMBER, METHOD FOR MANUFACTURING PERMANENT-SHAPE-CHANGED MEMBER, PERMANENT-SHAPE-CHANGED MEMBER, CELL CULTURE SUBSTRATE, LIGATION DEVICE, AND LAMINATE [P] . WO2021200532A1 . 2021-10-07

  机译： 构件，制造成员的方法，制造永久形状的构件，永久形状的构件，细胞培养基板，连接装置和层压板的方法

• 4. Method of manufacture of a shell of the swimming pool, of parallelepipedic shape of elements made of thermoformable material [P] . 法国专利： FR3025546B1 . 2018-06-15

  机译： 由可热成型材料制成的平行六面体形状的游泳池壳体的制造方法

• 5. Method of manufacture of a shell of the swimming pool, of parallelepipedic shape of elements made of thermoformable material [P] . 法国专利： FR3025546A1 . 2016-03-11

  机译： 由可热成型材料制成的平行六面体形状的游泳池壳体的制造方法

• 1. Research of the Characteristic Dimension of the Transfers during the Convective Drying of the Sweet Potato for the Parallelepipedic and Spherical Shapes [J] . Kondia Honoré Ouoba, Abdou-Salam Ganame, François Zougmore 材料物理与化学进展（英文） . 2021,第012期
• 2. 3D printed microfluidic devices:a review focused on four fundamental manufacturing approaches and implications on the field of healthcare [J] . Viraj Mehta, Subha N.Rath 生物设计与制作(英文) . 2021,第002期
• 3. Shaping up Quickly Additively Manufactured Mold Inserts for Medical Devices [J] . Karlhorst Klotz Kunststoffe international . 2019,第10期
• 4. Erratum to: “A technology for the calculation and manufacture of devices for shaping a proton beam in radiotherapy” [J] . A. V. Agapov, D. Endzheichak, E. I. Luchin, Physics of Particles and Nuclei Letters . 2013,第1期
• 5. Erratum to: "A technology for the calculation and manufacture of devices for shaping a proton beam in radiotherapy" (Physics of Particles and Nuclei Letters, (2012), 9, (571)) [J] . Agapov A.V., Endzheichak D., Luchin E.I., Physics of particles and nuclei letters . 2013,第1期
• 6. ADDITIVE MANUFACTURING (AM) OF FLEXIBLE ELECTRONIC DEVICES: ONLINE MONITORING OF 3D LINE TOPOLOGY IN AEROSOL JET PRINTING PROCESS USING SHAPE-FROM-SHADING (SFS) IMAGE ANALYSIS [C] . Roozbeh (Ross) Salary, Prahalad K. Rao, Jack P. Lombardi, ASME international manufacturing science and engineering conference . 2017
• 7. An investigation of the effect of pouch size on hand repositioning and contamination of a medical device . [D] . Trier, Tony Michael. 2012
• 8. Advisory opinion of the AWMF Ad hoc Commission In-vitro Diagnostic Medical Devices regarding in-vitro diagnostic medical devices manufactured and used only within health institutions established in the Union according to Regulation (EU) 2017/746 (IVDR) [O] . Petra Hoffmüller, Monika Brüggemann, Thomas Eggermann, 2021
• 9. Design of devices and manufacturing of Fe-Mn-Si shape memory alloy couplings [O] . Druker, Ana Velia, Perotti, A., Esquivel, Isidro Gabriel, 2016
• 10. Manufacturability of Heat and Serve Ration in Institutional Pouch System Analysis [R] . Bruins, H. B. 2006

• 1. 3D printed microfluidic devices:a review focused on four fundamental manufacturing approaches and implications on the field of healthcare [J] . Viraj Mehta ,Subha N.Rath . 生物设计与制造 . 2021,第002期
• 2. A review of manufacturing technologies for silicon carbide superjunction devices [J] . Run Tian ,Chao Ma ,Jingmin Wu . 半导体学报：英文版 . 2021,第6期
• 3. New Technology for Grids and Scales Manufacturing in Optical Devices [J] . Vladimir Stepanovich Kondratenko ,Vladimir Evgenievich Borisovsky ,Alexandr Sergeevich Naumov . 光学与光子学期刊（英文） . 2012,第3期
• 4. 利用微制造超声装置进行微粒分离 [C] . 杨慧 ,孙宏明 ,张翊 . 第二届全国压电和声波理论及器件技术研讨会 . 2006
• 5. 基于旋转磁场的简单形状微纳机器人制造及其游泳性能分析 [A] . 谭力源 . 2019