栽植速度 meaning in English
planting speed
Examples
- And then , the influencing rule between the key factors to plug queue speed and working reliability of this set is ascertained , and the variety range of these factors is made , and the theoretic analysis correctness is validated by a great deal of experiments , and the key problem of improving the transplanting speed is solved
进一步通过对其关键部件的运动和受力情况分析，掌握了各主要工作参数对钵苗排队速度和工作可靠性的影响规律，确定了各工作参数的工作范围，并通过大量试验验证了理论分析的正确性，解决了提高栽植速度的关键问题，为其实用化打下了基础。 - So the foundation is set for its practical use . 4 the acting - straight - sorting and dropping plug set is designed , which can solve the sorting plugs unclearly because of the difference between individual plug seedlings , and can raise the punctuality of sorting plug seedlings and the veracity of plug seedling dropping into the lead - plug - seedling - tube , in addition , the working frequency of acting - straight cylinder is calculated by analysis to the movement and strength of the key parts in this system which can accelerate the transplanting rate to 3 plants per second , further more , a lot of operated experiments indicate that the working reliability of this set can be raised under the condition of the proper seedling transplanting speed
4采用直动? ?双挡销式分钵落苗系统，不仅解决了因为钵苗个体差异带来的分钵不清的问题，而且提高了钵苗分钵的准时性和钵苗落入导苗管的准确性；同时，通过对该系统工作过程的主要工作参数的运动和受力情况分析，确定了该系统各直动汽缸的工作频率，使分钵落苗速度达到3株/秒以上，进一步通过大量试验对其进行验证，证明了该系统在满足栽植速度要求的前提下，可以大大提高了系统的工作可靠性。 - Based on the national " ninth " five years " key project - study on the equipment and technique of raising and transplanting seedlings as the kind of factory , combining the no - tillage specialty which can shorten the working period and reduce the intension of dust devil , the key parts of corn no - tillage transplanter has been studied which can improve both the transplanting speed and reliability , reduce the labour intension of operator , further more , the method of automatic controlling whole working course has been applied by using single - chip microcomputer , the bedrock is made for transforming this technique into social productivity
本文在原来国家科技部“九五”攻关项目“工厂化育苗、移栽工艺及设备研究”的基础上，结合免耕工艺不仅缩短作业时间，而且可以对防止沙尘暴发生有利的特点，对可以提高栽植速度和工作可靠性、降低操作人员劳动强度的玉米免耕栽植机的关键部件进行了详细的研究，进一步采用单片机控制技术对其工作过程实现了自动化控制，为该技术尽快转化为社会生产力打好基础。