1) seeding plow
自动耕地播种机
2) sowing field
可播种耕地
1.
By enhanced control before spring sowing,sowing field was further determined,and decision-making base was submitted.
:应用AVHRR资料 ,在形成土地利用分类图的基础上 ,判定耕地的受灾范围 ,同时在春播前通过增 处理 ,进一步判别可播种耕地 ,提交决策依据。
3) no-till seeder
免耕播种机
1.
The author mainly stated the technical parameters and operation principle of the hinge implement of conservation tillage—2BM-9 model no-till seeder as its performance test,reliability trial and the application effect in this paper.
主要论述了保护性耕作关键装备—2BM-9型免耕播种机的技术参数与工作原理,论述了其性能试验、可靠性试验及应用效果。
2.
According to the technical requirements and the productive experiments of the no-till agriculture,this paper makes the improving design of the no-till seeder and its working parts,especially makes some breakthroughs in aspects of the four-bar linkage,the opener boot,and the stubble rotary knife,etc.
根据免耕农业技术要求和生产实验,对免耕播种机及工作部件进行改进设计,重点是在四连杆机构、开沟器和破茬圆盘刀方面有所突破,改造后的播种机性能良好。
3.
It is imperative to develop and produce the no-till seeder for the Conservation tillage technology in accordance with the promotion requirements.
根据保护性耕作技术的推广要求,研制和生产新型免耕播种机势在必行。
4) No-till planter
免耕播种机
1.
A new 2BQMF-5 type of suction and fertilizer no-till planter was designed.
研究设计了一种2BQMF-5型气吸式施肥免耕播种机。
2.
Based on the analysis on the requirements for no-till planter for mechanized protective tillage, formulation machine types, characteristic and researching situation of no-till planter.
为此,在分析机械化保护性耕作技术对免耕播种机要求的基础上,阐述了国内外免耕播种机的机型、特点及其研究现状,提出了设计免耕播种机的方向,指出研究和开发与大功率拖拉机相配套的高效免耕播种机势在必行。
3.
The reciprocating powered-cutter wheat no-till planter,which has the functions of residue-cutting,seeding and bed-renovating,was designed based on the problems of residues blocking and seriously damaged bed shape during the planting of wheat in maize stubble coverage fields under the condition of permanent raised beds(PRB)in irrigation agricultural region of northwest China.
针对西北灌溉农业区固定垄保护性耕作条件下玉米秸秆覆盖地垄作免耕播种小麦存在的机具堵塞、垄形破坏等问题,设计了一种集切茬、播种和修垄于一体的往复切刀式小麦固定垄免耕播种机。
5) no-tillage seeder
免耕播种机
1.
The paper through the analysis of the development of no-tillage seeder and the development status of stubble cutting parts and the function demands of the stubble cutting parts, has designed a kind of general stubble cutting parts tester of no-tillage seeder.
通过对免耕播种机的发展及国内外免耕播种机破茬部件的发展现状的分析,根据破茬部件的功能要求,研制出了一种通用的免耕播种机破茬部件的田间试验装置;同时,利用Solidworks建立了该试验装置的模型,并对其进行了分析。
2.
This article expatiate the disadvantage of the corn No-tillage seeder in existence,and the characteristic of this mechine.
阐述了目前玉米免耕播种机存在的问题,以及本机在结构和作业工艺上的特点。
6) no-tillage planter
免耕播种机
1.
Experimental study on power dissipation of corn rootstalk treatment device of no-tillage planter;
免耕播种机玉米根茬处理装置作业功耗试验研究
2.
Analysis and Research on the Drill Opener of No-tillage Planter;
免耕播种机开沟器的分析与研究
3.
Corn rootstalk and residue cutting mechanism of no-tillage planter;
免耕播种机播种带玉米根茬处理装置研究
补充资料：自动冷镦机、多工位螺栓自动冷镦机
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主要参数内容 | 国际先进 | 国内先进 | 国内一般 | 国内落后 | 评定方法及说明 | ||
（一）加工精度 | 参照GB9166-88、JB/T3053-91 | ||||||
1、冲头夹持器模孔中心线对夹持器后支承面的垂直度（mm） 在100长度上 | 0.008 | 0.01 | 0.015 | ＞0.015 | |||
2、凹模座模孔中心线对凹模后座支承面的垂直度（mm） 在100长度上 | 0.008 | 0.01 | 0.015 | ＞0.015 | |||
3、冲头夹持器模孔中心线对滑块行程的平行度（mm） 在100行程上 | 0.016 | 0.02 | 0.02 | ＞0.02 | |||
4、滑块行程对机身上与凹模座贴合的垂直面的垂直度（mm） 在100行程上 | 0.016 | 0.02 | 0.02 | ＞0.02 | |||
5、工件头部对工件杆部中心线的偏移量（mm） | ＜0.20 | 0.20~0.25 | 0.25~0.30 | ＞0.30 | |||
（二）生产率（件/分） | |||||||
20mm | ＞80 | 70 | 65 | ＜65 | |||
30mm | ＞60 | 50 | 45 | ＜45 | |||
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条