为第I-II阶段的育种工程建造割草机

A. Podzorov
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引用次数: 0

摘要

选择和实验工作的复杂机械化可以显著增加获得优质种子的数量,并提高所有育种活动的效率。在收获作物期间,每天从地块上收获多达5000件物品和多达1500件甜菜。每天收获的总重量在500公斤以内。从第一阶段的地块上收获植物是手工进行的,用镰刀、剪刀切割植物或用根系拔出。根据季节需要分析的样品数量估计有数千个,例如,只有在选择苗圃中,为每一种作物准备了多达1.5万至2万株植物。这是育种中最耗时的操作。第二阶段的地块数量也达到每个作物几千块。俄罗斯和国外在1 - 2阶段机械化清理单一品种地块的尝试尚未产生大规模和有效应用的结果。在这方面,VIM于2011年开始开发一种新的国内技术手段,用于在育种的I-II阶段收获粮食作物,以降低使用现有割草机和修剪机元件的初级种子生产技术过程的成本。新割草机的原型品牌为ТС-0,2是由MZOK VIM工厂制造的。考虑到ТС-0.2研究中积累的经验,2017年,在VIM中进行了其现代化工作。除了消除设计中的缺陷外,还引入了额外的元素来改进工作,如工作台地板的切割茎。修剪机的技术参数是根据所选作物茎秆的物理力学、尺寸和形态特性及特征,以及所选地块的大小和单行茎秆的大小来确定的。这种类型的收割机很受欢迎,但不幸的是,它们的生产不是大批量的,这就不允许组织大规模生产。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Substantiation of the construction of the mower for the I-II stages of breeding works
Complex mechanization of selection and experimental works allow to significantly increase the volume of obtaining high-quality seeds and improve the efficiency of all breeding activities. During the harvesting of crops, from the plots everyday up to 5000 items in bunches and up to 1500 pieces of beets are harvested. The total weight of the harvest per day is within 500 kg. Harvesting of plants from the plots of the first stage is carried out manually by cutting the plants with a sickle, scissors or pulling out with the root system. The number of samples requiring analysis for the season is estimated by many thousands, for example, only in selection nurseries are prepared for each crop up to 15-20 thousand plants. This is the most time-consuming operation in breeding. The number of plots in the II stage also reaches several thousand pieces for each crop. The attempt to mechanize the cleaning of single-breed plots at the I-II stages, both in Russia and abroad, has not yet yielded results for mass and effective application. In this regard, the VIM started developing a new domestic technical means for harvesting grain crops at the I-II stage of breeding in 2011 to reduce the cost of the technological process in primary seed production using elements of existing mowers and trimmers. Prototype of the new mowers under the brand name ТС-0,2 was made by MZOK VIM plant. Taking into account the accumulated experience in the study of the ТС-0.2, in 2017, the work on its modernization was carried out in the VIM. In addition to the elimination of deficiencies in the design introduced additional elements to improve the work such as the table-flooring for cut stems. The technical parameters of the trimmer are justified on the basis of physical and mechanical, dimensional and morphological properties and characteristics of the stem of the selection crops, the size of the selection plots and the size of the stems in a row. Harvesting machines of this type are quite popular, but, unfortunately, their production is not mass and this does not allow to organize their mass production.
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