插秧

有了这种机器，插秧就不那么费力了。

With this kind of machine it is no longer a strain to transplant rice seedlings .

利用水稻田间插秧对比试验，研究2ZT-9356（B）型机动插秧机作业效果。

Using field comparative experiment of transplant rice seedlings to research the result of transplanter which model is2ZT-9356 ( B ) .

她是插秧能手。

She is a good hand at transplanting rice .

除了拖拉机，我们又添了一台插秧机。

In addition to the tractor , we have acquired a new rice transplanter .

基于DSP的无线通信系统在遥控插秧机中的应用

Wireless Communication Based on DSP in Rice Planter of Telecontrol

久保田插秧机的GPS导航控制系统设计

Design of GPS Navigation Control System for Rice Transplanter

插秧机自动转向控制的PD参数整定

PD Tuning of Steering Control System for Rice Transplanter

基于扩频技术的电焊机无线电遥控系统的研究基于DSP的无线通信系统在遥控插秧机中的应用

Study of Wireless Control Welding Machine Based on Spread-Spectrum Communication Technology ; Wireless Communication Based on DSP in Rice Planter of Telecontrol

插秧期和收割后N2O垂直通量是各个生长季中最小的；

The N 2O vertical flux in the transplant rice seedling period and reaping period was minimum among all the growing seasons .

以方向盘的转向控制为研究目标，建立了插秧机的转向控制数学模型，深入地研究了插秧机的导航控制方法，提出了模糊免疫PID的转向控制算法。

Taking steering wheel controlling as a study target , the mathematic model of the steering control system was established , the way of the navigation control was studied deeply and fuzzy immune PID steering controlling algorithm was proposed .

本文主要以插秧机为控制对象，在不同的速度下进行转向控制的动态响应测试，对PID控制器进行P、D参数整定，为智能移动平台精确地实现自动导航提供了依据。

The main research of the article is to adjust P and D parameters of PID steering controller through the dynamic response test under different speed of rice transplanter . It affords the technological foundation to realize automatic navigation accurately for the intelligence mobile platform .

经微机模拟，筛选出高产高效的技术措施：5.43-5.52叶移栽，每公顷插秧22.70-23.73万丛，施纯N量150.8-153.8kg。

After simulative screening and optimal selection by computer , the comprehensive culture techniques of high yield and efficiency were 5.43-5.52 leaves for transplanting , 227 000 - ( 237 300 ) clumps per hm ~ 2 , and 150.8-153.8 kg N per hm ~ 2 .

本文以久保田插秧机为研究平台，利用DGPS、电子罗盘和速度传感器组合进行轮式农业机械的导航定位技术研究。

The study on the dynamic position estimates of wheeled agricultural machinery was carried out in the rice transplanter through integrating the signals from DGPS 、 digital compass and velocity sensor .

不同插秧密度对水稻产量及纹枯病危害程度的影响研究结果表明，无纹枯病危害的情况下30cm×26.6cm密度的水稻产量最高，其次为30cm×20cm和30cm×33.3cm密度；

The effect of different densities on rice yield and harming degree of rice sheath blight was studied . The result shows : density of the highest yield was 30 ? cm × 26 ?

本研究通过扩大行距的超稀植栽培试验，探讨了其对水稻的生育动态及产量性状的影响，提出了水稻再高产一≥10500.0kg／hm2的插秧规格。

The experiment of ultra-thin planting by enlarging row spacing was conducted and its effect on the dynamic of growth and development and yield characters of rice was discussed in the paper . A transplanting standard for high yield-10 500kg / hm2-was established .

其中以30cm×30cm的SRI模式增产极显著，分别比常规抛秧和旱育插秧增产17.46%和22.95%。

In the trial , the SRI model with 30 × 30 planting standard was significant in increasing yield , and the yields increased over the models of conventional seedling-broadcast cultivation and setting with dry raising seedling cultivation by 17.46 % and 22.95 % , respectively .

试论如何做好水稻机械化插秧技术推广工作

How to Do the Work Well of Popularizing Rice Transplanting Technique

水稻插秧机支承系统发展简析

Analysis of the Development of Supporting Systems for the Rice Transplanters

简便插秧机人机系统的研究日式方便米饭的工艺改进

Research of man-machine system of simple and convenient rice planting machine

拖拉机驱动轮轴的中频感应淬火技术插秧机驱动轮轴的载荷测试及数据处理

The measurement of working load and data processing on transplanter drive wheel

水稻插秧机纵向送秧机构分析

An Analysis of Mechanism for Vertical Feeding Seedlings of Power Rice Transplanter

高速水稻插秧机分插机构的弹性动力综合

Elastic dynamic synthesis on the linkage of high speed MCE transplanting mechanism

高速水稻插秧机四轴移箱机构原理设计

Design of Four-axes Seeding Feeder Mechanism of High-efficient Rice Transplanter

基于模糊综合评判的水稻插秧机评价模型的建立和应用

Establishment and Application of Rice Transplanter Evaluative Model Based on Fuzzy Theory

那些青葱葱的田间记着查利云第一次去田里插秧。

The green fields remember the first time went transplanting rice seedlings .

盘山地区水稻机械化育插秧技术的应用

Application of Mechanized Cultivating and Transplanting of Rice Seedlings in Panshan Area

插秧结束日称为关秧门。

Transplanting end of the day is called seeding the door closed .

四行乘座插秧机的改进设计

The Improving Design of the Four - row - riding Rice Transplanter

新设计的插秧机不久即可使用。

The newly designed rice transplanter will soon be operational .

高速插秧机椭圆齿轮行星系分插机构的参数优化

Parameters Optimization of Transplanting Mechanism with Planetary Elliptic Gears for High-speed Transplanter