农业工程学报2012，Vol.28Issue(6)：32-38,7.DOI:10.3969/j.issn.1002-6819.2012.06.006
电磁振动式拌浆育秧水稻芽种播种机优化试验
Optimization experiments on electromagnetic vibrated seeder of rice bud-seed for field seedling raising
摘要
Abstract
In order to study the influence law of electromagnetic vibrated seeder for field seedling raising of rice bud-seed's performance and obtain the optimal combination of parameters, single factor and multi-factor experiments were carried out on seeder for field seedling raising of rice bud-seed. The relationship of the four influencing factors (opening height of retaining plate, walking speed, vibration velocity of seed plate and stiffness of vibration isolating rubber pad) and seeding quantity and seeding pass rate were established respectively by regression analysis. The influence law and mechanism of the factors and their interaction were analyzed, and the respective optimization of the parameters was obtained. The results showed that: opening height of retaining plate is less than 7mm, blocking phenomenon was serious; when opening height of retaining plate and vibration velocity of seed plate was big, seeding quantity and the pass rate of seeding was high, and when walking speed was large, seeding quantity and pass rate of seeding was low; combination of small walking speed and large vibration velocity of seed plate was beneficial to improve pass rate of seeding. Optimal combination of parameters was achieved under the condition that opening height of retaining plate was 9.3 mm, walking speed was 50.1 mm/s, vibration velocity of seed plate was 13.1 m/s, and stiffness of vibration isolating rubber pad was 1248.9 N/mm. The pass rate of seeding interval with 95% reliability was from 86.72% to 93.54%. This paper provides a foundation for optimization design of seeder.关键词
农业机械/优化/速度/秧盘播种机/电磁振动式/拌浆育秧/水稻Key words
agricultural machinery/ optimization/ speed/ tray seeder/ electromagnetic vibratory/ field seedling raising/ rice分类
农业科技引用本文复制引用
杨坚,杨望,王高峰,李军林..电磁振动式拌浆育秧水稻芽种播种机优化试验[J].农业工程学报,2012,28(6):32-38,7.基金项目
广西科技攻关资助项目(桂科攻11107002-32)、广西制造系统与先进制造技术重点实验室资助项目(09-007-05S015)和钦州市科技攻关项目(20094202) （桂科攻11107002-32）
