The aim of this project was to develop asystem to measure the kinematics, kinetics and effort of dragonboatpaddling. Adragonboat seat simulator was developed and mounted to a marina pontoon to reproduce the boat seat paddling geometry relative to the water for stationary paddling. Video cameras, placed in appropriate locations on the pontoon, recorded the 3 dimensional movements of paddlers. A custom built strain gauged paddle measured the paddling forces. Effort was measured via a heart rate monitor and breathing pattern transducer. Electronic interfacing fed the analogue signals (paddling forces, heart rate and breathing pattern) along with the video synchronisation signal to the laptop data collection system. Data for 6 test subjects of different gender, age and skill level (club to international) are reported for a 30 second maximum effort stationary paddling test along with in-boatpaddling forces for 2 senior international level paddlers obtained under simulated dragonboat racing conditions.\ud\ud
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机译：该项目的目的是开发一种测量龙舟运动的运动学，动力学和力量的系统。开发了Adragonboat座椅模拟器并将其安装到码头浮桥上，以重现相对于水的船座戏水几何形状，以便进行固定戏水。放置在浮船上适当位置的摄像机记录了桨手的3维运动。定制的应变计桨可测量桨的作用力。通过心率监测器和呼吸模式传感器测量努力。电子接口将模拟信号（划桨力，心率和呼吸模式）与视频同步信号一起馈送到笔记本电脑数据收集系统。报告了6个不同性别，年龄和技能水平（国际俱乐部）的测试对象的数据，进行了30秒的最大努力固定式划水测试，以及在模拟龙舟比赛条件下获得的2个国际高级划手的划船力。 \ ud
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