| 1. | Development of a precision seeder control system
穴盘精密播种机控制系统的研究 |
| 2. | Research on seedplate bneumatic precision seeder
苗盘气吸精密播种机的研制 |
| 3. | Study and design of2bd - 1 6 precision seeder
16型精密播种机的研究设计 |
| 4. | Development and research status of pneumatic precision seeder
浅析气力式精密播种机的发展及研究现状 |
| 5. | Development and test of the magnetic precision seeder for plug seedlings
磁吸式穴盘精密播种机的研制及试验 |
| 6. | A design of aspirating precision seeder for sowing rice in cupulate compartment tray
气吸式水稻钵育秧盘精量播种机的设计 |
| 7. | The present situation and countermeasures about seeding apparatus of paddy precision seeder
水稻精密播种机排种器研究的现状与对策 |
| 8. | Precision seeder , grain drill seeder , hill - drop planter , seeding monomer , and seed sowing device for the first time are realize to be tested on one comprehensive test - bed , and at the same time , hard problem of evaluating seeding accuracy from seed kernel space interval is solved
该系统首次实现了对精密播种机、谷物条播机、穴播机，及排种器等多类型播种机具播种精度的检测，解决了通过直接获得种子粒间距而检测播种精度这一难点问题。 |
| 9. | The comprehensive seeding accuracy testing method proposed in this dissertation to test performance of precision seeder , grain drill seeder , hill - drop planter , seeding monomer , and seed sowing device is an integrative one with technology of computer vision , patter recognition , and automatic control
本文提出的适用于精密播种机、谷物条播机、穴播机，及排种器等多类型播种机具的播种精度检测方法，是集计算机视觉、模式识别、自动控制为一体的综合技术。 |
