subsoiler 中文意思是什麼

subsoiler 解釋
底土耕犁機
  1. Combined implement for subsoiler and cultivating

    深松整地聯合作業機
  2. Subsoiler and share shaft

    深松鏟和深松鏟柄
  3. Many year ' s practice show that subsoiler is an important tool of agricultural protected farming, and the subsoiling technique is an technology and measure that promote the agricultural persistent development

    多年的實踐證明，深松鏟是農業保護性耕作的一種重要機具，深松技術是推動農業可持續性發展的一項技術措施。
  4. Several types of curved subsoiler shapes are designed and founded, and the macroscopical disturbing profile of soil after subsoiling and these subsoilers ' working resistance are measured with a big laboratory soil bin, the manner of graphics expression about the macroscopical disturbing profile of soil after subsoiling is quantificationally given, and the relation between the cultivation resistance and the macroscopical disturbing profile of soil after subsoiling is analyzed

    摘要設計製作了幾種彎曲型深松部件，通過室內大型土槽耕作試驗，測定了各種深松部件耕作以後土壤的宏觀擾動輪廓和耕作阻力，對于土壤的宏觀擾動輪廓給出了定量化的圖形表達方式，並且分析了其與耕作阻力之間的關系。
  5. At the same time, the dissertation compiling the program to solve the mathematical model by visual basic, predigest consequently process of solving and grain more precise value, on the side, compare resistance state of the different parameter and simulate the curve of resistance to optimize sciencly structure and design parameter of subsoiler

    同時，本文利用計算機高級語言vb編制求解數學模型的程序，從而進一步簡化了計算過程，並且使得到的結果更加精確，並可以比較各種不同參數情況下的受力狀態，模擬出受力曲線，以科學地優化深松鏟的結構和設計參數。
  6. And then validate the mathematical model by trough experimentation, prove that the model can show totally draughting resistance of subsoiler. at last, simulati ng process of work by programming in visual basic, observe distinctly situation of working and resistance and precisely control the process of work and design better performance of subsoiler

    最後，利用了計算機語言vb編程，實現深松鏟工作過程的模擬，可以直觀的觀察深松鏟的工作狀況和受力情形，以更加精確的控制深松鏟的工作過程和設計出性能更加優越的深松鏟。
  7. And the field of scientific research have been attached importance to research of subsoiling and develop of subsoiler, and gained considerable development, but subsoiling technology has not been extensive application, subsoiler has so many limitations too, and great resistance is prominent limitation. this dissertiation start with improving the status of resistance, optimizing parameter of structure, ploting structure graph of subsoiler by autocad, and constituting mathematical model of subsoiler resistance, finding out every affect factor of resistance, it is not only significant to optimize subsoiler, but to gain more precise value and parameter. and that it can detract the process of producing sample, experimentation and correcting, in addition to economizing time, saving resource and enhancing efficiency

    本文從改善深松鏟受力狀況、優化其結構參數以更好的滿足深松要求入手，利用計算機輔助設計（ autocad ）技術繪制深松鏟的結構圖形以利於其分析和設計，並通過對現存深松鏟的結構和受力分析，建立了深松鏟工作狀態的受力數學模型，找出了影響深松鏟受力的各個因素，不僅對深松鏟的優化有著重大的意義，而且可以得到更加精確的數值和參數，並減少了必須生產出樣機進行試驗、修正等煩瑣的過程，大大節省了時間，節約了資源，提高了生產效率。
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