system for the design of flexible links and flexible tubular tubular junction built on this system

• 1. 用于可挠性非金属导管及可挠性非金属管的水密性接头 [P] . 中国专利： CN1019849B . 1992.12.30
• 2. 用于可挠性非金属导管及可挠性非金属管的水密性接头 [P] . 中国专利： CN1043779A . 1990-07-11
• 3. system for the design of flexible links and flexible tubular tubular junction built on this system [P] . ITVR910099D0 . 1991-11-25

  机译： 用于在该系统上构建挠性链环和挠性管状管状接头的系统

• 4. System for the design of flexible tubular connections and a flexible tubular coupling built using the said system [P] . IT1253237B . 1995-07-11

  机译： 用于设计挠性管状连接的系统和使用所述系统构建的挠性管状联接器

• 5. tubular flexible junction and on linking system [P] . IT8801203V0 . 1988-01-22

  机译： 管状挠性接头和连接系统

• 1. Design and Modeling of a Flexible Conductive Fabric Antenna Integrated in an OLED Light Source for WIMAX Wireless Communication Systems [J] . Soukaina Sekkal, Laurent Canale, Mustapha El Halaoui, 光学与光子学期刊（英文） . 2021,第009期
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• 5. Design and Construction of a Liquid-Cooled, Flexible, Permanent-Magnet Tubular Linear Motor Artificial Muscle [D] . Woodroffe, Juan Antonio. 2020
• 6. Double Tubular Contractile Structure of the Type VI Secretion System Displays Striking Flexibility and Elasticity [O] . Maria Silvina Stietz, Xiaoye Liang, Megan Wong, 2020
• 7. Double Tubular Contractile Structure of the Type VI Secretion System Displays Striking Flexibility and Elasticity [O] . Maria Silvina Stietz, Xiaoye Liang, Megan Wong, 2019
• 8. Implementation of a Flexible Link Model in a Designed Robot System, Using the Finite Element Method [R] . Drent, K. H. 1988

• 1. New Design and Architecture of a Smart Tracker： Flexible and Scalable for PV and CSP Systems [J] . Kamal Anoune ,Mohsine Bouya ,Abdellatif Ben Abdellah . 能源与动力工程 . 2015,第003期
• 2. Design and Construction of Composite Tubular Arches with Network Suspension System： Recent Undertakings and Trends [J] . Francisco Millanes Mato ,Miguel Ortega Comejo ,Jorge Nebreda Sanchez . 土木工程与建筑 . 2011,第003期
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• 4. 基于互联系统方法的挠性航天器的容错控制分析 [A] . 李骞 . 2020