arrangement for the implementation of numerical or wertsummen tance of the theoretic and technical skills in schaltvorgaenge of od. etc.

• 1. 一种不确定数值的云理论桥梁技术状态评定方法 [P] . 中国专利： CN106192779B . 2018.06.19
• 2. 一种不确定数值的云理论桥梁技术状态评定方法 [P] . 中国专利： CN106192779A . 2016-12-07
• 3. arrangement for the implementation of numerical values in switching operations of tance of the theoretic and technical skills [P] . 瑞士专利： CH355633A . 1961-07-15

  机译： 在理论和技术技能的转换操作中实现数值的安排

• 4. impulsempfaenger for positive and negative pulses to the drive of zaehlende tance of the theoretic and technical skills, impulsweitergebern od. etc. [P] . 德国专利： DE000000746177A . 1953-01-26

  机译： 正负脉冲的驱动力，促进理论和技术技能的发展。等等

• 5. at the same time clock, the engine to power tance of the theoretic and technical skills, etc. serves [P] . 瑞士专利： CH75990A . 1917-10-16

  机译： 同时时钟，发动机的动力理论和技术等服务

• 1. Engineering curriculum readiness: Implementing an analytical and communication skills building course for the technical disciplines [C] . Christe Barbara, Stevenson Alison IEEE Frontiers in Education Conference . 2015
• 2. The role of technical skills in the implementation of robots [D] . McCutcheon, David Michael. 1988
• 3. Technical problem solving skills in everyday life – Theoretical development and empirical examination of the competency construct: Problem Solving in dealing with technical devices [O] . Stemmann Jennifer 2017

• 1. 基于活动理论的任务驱动教学法在教育技术技能教学中的应用研究——“现代教育技术技能”课程活动设计案例 [C] . 朱振华 ,江海涵 . 2009教育技术昆明高峰论坛 . 2009
• 2. 双侧性迁移理论在运动技能学习中应用效果的研究--以羽毛球初学者运动基本技能练习为例 [A] . 秦浩 . 2019