Barbell

• 1. 内嵌式杠铃片基体以及基于该内嵌式杠铃片基体的杠铃片 [P] . 中国专利： CN108392776B . 2020.03.13
• 2. 杠铃片基体以及基于杠铃片基体的嵌入式杠铃片 [P] . 中国专利： CN108525198B . 2019.12.03
• 3. Classical barbell for sporty training of musculature of patient in rehabilitation region, has sliding elements arranged at barbell body in movable manner for enabling user to vary grasp width of barbell in flowing manner during exercises [P] . 德国专利： DE102013001602A1 . 2014-07-31

  机译： 用于康复区患者肌肉运动训练的经典杠铃，具有可移动方式布置在杠铃主体上的滑动元件，使用户能够在锻炼过程中以流动的方式改变杠铃的抓握宽度

• 4. barbell disk for automatic installing in and dissociating feom barbell bar [P] . KR20210054311A . 2021-05-13

  机译： 杠铃磁盘用于自动安装和杠铃栏的解离

• 5. BARBELL DISC AUTOMATICALLY MOUNTED ON AND RELEASED FROM BARBELL ROD [P] . WO2021091044A1 . 2021-05-14

  机译： 杠铃圆盘自动安装在杠铃杆上并释放

• 1. Vibration Modes of a Barbell Electric Sail [C] . Matthew Simmons, Carlos Montalvc AIAA SciTech Forum and Exposition . 2020
• 2. High-Handle Hexagonal Barbell Deadlift 1RM Differences Between Collegiate Female Athletes with and without Low Back Pain or Injury [D] . Buckman, Clare 2019
• 3. Agreement between the Open Barbell and Tendo Linear Position Transducers for Monitoring Barbell Velocity during Resistance Exercise [O] . Adam M. Gonzalez, Gerald T. Mangine, Robert W. Spitz, 2019
• 4. Agreement between the Open Barbell and Tendo Linear Position Transducers for Monitoring Barbell Velocity during Resistance Exercise [O] . Adam M. Gonzalez, Gerald T. Mangine, Robert W. Spitz, 2019

• 1. Variation in Gravity Due to Laser Inducing an Explosion—Comparison with the Spinning Barbell Driven by Lasers [J] . Andrew Beckwith . 高能物理（英文） . 2017,第4期
• 2. 不同重量杠铃对运动员抓举技术的影响 [C] . 李家发 ,都慧慧 ,刘北湘 . 第十四届全国运动生物力学学术交流大会 . 2010
• 3. 对比气阻练习与传统杠铃练习对后激活增强效应的影响 [A] . 刘倩楠 . 2019