中国种业机械化现状调研与发展分析  

Investigation and development analysis of seed industry mechanization in China

作　　者：朱明[1] 陈海军[1] 李永磊[1] 

机构地区：[1]农业部规划设计研究院,北京100125

出　　处：《农业工程学报》2015年第14期1-7,共7页Transactions of the Chinese Society of Agricultural Engineering

基　　金：公益性行业(农业)科研专项200903009

摘　　要：种业机械化是种业现代化的重要基础和前提,是涵盖品种选育、品种试验、制种生产、种子加工等多环节的系统工程。为了系统梳理中国种业机械化发展成果与存在问题,有效推进种业机械化发展、促进种业现代化建设,该文从田间试验机械化、制种生产机械化、种子加工机械化等方面阐述了国内种业机械化现状调研情况和国际种业机械化发展经验,分析了中国种业机械化存在的主要问题:种业装备企业普遍规模小、装备差、科研投入少,整体水平与国外存在较大差距,装备功能有待扩展、结构设计有待优化、现代化控制水平有待提高等;提出了种业机械化研究重点:1)主要农作物品种试验机械化关键装备研究;2)主要农作物制种生产机械化关键装备研究;3)主要农作物种子低损高效精细加工技术集成研究。指出了"规模化、标准化、集约化、机械化"种子生产是现代种业持续、健康发展的重要保障和基本发展方向。Mechanization of seed industry is a precondition of seed industry＆#39;s modernization. It is a system engineering with multi links from variety breeding and testing to seed production and processing, etc. This paper summarized the current situation of researches on seed industry mechanization form aspects of variety testing, seed production and processing. Generally, three problems should be emphasized on in the mechanization of seed industry in China： 1） Most of Chinese seed industry equipment manufacturing enterprises are generally small scale with poor equipments and less investments in scientific research; 2） In comparison with international development of seed industry, the development level of seed processing machinery in China is low, and thus it is needed to expand equipment functions, optimize structure design, improve operation performance and modern control level; and 3） Seed damage and seed vigor loss are still two of big challenges in the seed processing, and should be lowered in future by exploring more effective and precise processing technologies. Therefore, more researches should focus on system integration outfits including： 1） Key equipments for crop variety experiments such as weight metering, automatic supplying seed system, self seeding and clearing system, and row-and-line spacing control system for sowing; efficient thresher device, automatic cleaning device, and yield determination apparatus for harvesting; panicle thresher device, batch drying device, precise seed evaluation device, and seed subpackage for variety evaluation; comprehensive information management and efficient information acquisition, and nondestructive testing technology and equipment for information management; and 2） Key equipments on crop seed production including those for precise metering, precise depth control, efficient separating seed; emasculation electromechanical liquid control, intelligent control, low loss and high efficient stripping of corn ear, safe lubrication of multi-channel stripping r

关 键 词：种子 加工 机械化 种业 品种试验 制种 

分 类 号：S22[农业科学—农业机械化工程] S333[农业科学—农业工程]