本实用新型提供了一种水稻插秧机推秧机构。
The utility model provides a rice seed thrusting mechanism used in transplanting device.
所有的新水稻插秧机在上市当天就很快被买光了。
All the new rice transplanters were quickly bought up the day they were offered for sale.
所有的新型水稻插秧机在出售的当天就很快被买光了。
All the new rice transplanters were quickly bought up the day they were offered for sale.
最后结合鼎城区的实际情况，对其水稻插秧机的选型进行了评价。
Finally, the types choosing of rice transplanter has been evaluated combined with the realistic status of Dingcheng District.
总结了水稻插秧机旋转式分插机构的研究进展，并提出其动力学特性的研究方法。
Advances in rotary transplanting mechanism of highspeed transplanter were summarized, and the methods to analyze its dynamics were put forward.
分插机构是水稻插秧机的主要工作部件，其性能决定其插秧质量、工作可靠性和单位时间的插次。
Transplanting mechanism is the main part of a transplanter, its performance determines the transplanting quality, reliability and number of transplants per minute.
为了建立高速水稻插秧机椭圆齿轮行星系分插机构的动力学模型，必须分析推秧装置对该机构的作用。
In order to set up the dynamics model of the transplanting mechanism with planetary elliptic gears of high-speed rice transplanter, the effect of seedling-pushing device on it must be analyzed.
椭圆齿轮行星系分插机构是高速水稻插秧机的一种旋转式分插机构 ，其秧针尖的运动轨迹和姿态决定了插秧机的工作性能。
The separating planting mechanism with planetary elliptic gears of high performance rice transplanter made in Japan could not meet the agronomic demand in South China.
椭圆齿轮行星系分插机构是高速水稻插秧机的一种旋转式分插机构 ，其秧针尖的运动轨迹和姿态决定了插秧机的工作性能。
The separating planting mechanism with planetary elliptic gears of high performance rice transplanter made in Japan could not meet the agronomic demand in South China.
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