齒輪節點 的英文怎麼說

中文拼音 [chǐlúnjiédiǎn]
齒輪節點 英文
pitch point
  • 齒 : Ⅰ名詞1 （牙; 牙齒） tooth 2 （物體上齒形的部分） a tooth like part of anything 3 [書面語] （年齡...
  • 輪 : Ⅰ名1 （輪子） wheel 2 （像輪子的東西） wheel like object; ring; disc 3 （輪船） steamer; steamboa...
  • 節 : 節構詞成分。
  • 點 : Ⅰ名詞1 （液體的小滴） drop （of liquid） 2 （細小的痕跡） spot; dot; speck 3 （漢字的筆畫「、」）...
  • 齒輪 : gear [rack; toothed] wheel; （toothed） gear; wheel gear
  • 節點 : [電學] panel point; hybrid; packing; node; nodal points; joint of framework; pitch point; point pitch
  1. Current nod external nomal method can accurately solve the initial clearance of contact curved surface. the accurate analysis of load distribution, longitudinal load dispersion and contact patterns to spiral bevel gears has been deduced, and that the variation of the contact center of loaded spiral bevel gears and the contact center of non - loaded spiral bevel gears has been analysed

    當前節點外法矢法可以精確計算接觸曲面的初始間隙量，本文用這一方法對螺旋錐齒輪齒間載荷分配、齒向載荷分佈以及接觸區形狀進行了精確分析，而且分析了加載情況下螺旋錐齒輪齒面接觸中心點軌跡與無載下螺旋錐齒輪接觸軌跡的變化。
  2. The judgment condition for the involute gear pairwith fewer teeth number outside pitch point

    少齒數漸開線齒輪節點外嚙合的判定條件
  3. Moreover, the paper compiles a decision tree - making program by camm algorithm in matlab in order to compare with the clustering. regard the history fault data of gear case as specimen, at first the information gain of every decision property is calculated at current decision point and the decision property which has the greatest information gain is selected as the decision point. then the assembly is subdivided according to the value of its decision property. delete the groups whose degree of support for sort property classification is less then the designated value

    以齒輪箱歷史故障數據為樣本，首先從當前決策節點計算每個決策屬性的信息增益，選擇具有最大信息增益的決策屬性作為決策節點，並根據該決策屬性的取值將該決策屬性所在集合分成若干個子集，濾掉所有子集中對類別標識屬性的分類支持度小於指定的最小支持度的元組，重復該過程直至生成決策樹。
  4. Calculation on touched fatigue strength of the gear ' s nodes beyond the intermeshing area

    節點位於嚙合區外的齒輪接觸疲勞強度計算
  5. Applying the computer program developed by this paper, and choosing the real values of the gear transmission, this paper has completed more than 50 sets of calculations of the thermal elastohydrodynamic lubrication based on the non - newtonian fluid. the following conclusions can be drawn according to the computational results : 1, when the gear teeth are engaged at the pitch point, the changes of both the gear rotational speed and the load have little influence on the pressure distribution and the film shape, but they have large influence on the film temperature distribution

    應用本文研發的計算機程序，選用齒輪傳動的實際參數，先後進行了50餘組的基於非牛頓流體的熱彈流潤滑計算，所得的主要結論如下： 1 、當齒輪在節點嚙合時，齒輪轉速及載荷的變化對壓力分佈口太原理工大學碩士學位論文和油膜形狀的影響不大，但對溫度分佈有明顯的影響。
  6. 2, the friction coefficient at the pitch point is not a monotonic quantity of the rational speed or the load, instead of having a maximum value. and the value of the friction coefficient is very small, its order of magnitude only being 10 - 3. so, it is reasonable that the friction force on teeth surfaces are ignored when the gear - driven contact fatigue strength is designed

    2 、當輪齒在節點嚙合時，隨著轉速或載荷的變化，齒面摩擦系數並非呈單調變化，而是存在極值點;節點嚙合處的齒面摩擦系數很小，其數量級為10一， ，因此在做齒輪強度設計時，忽略齒面摩擦力的影響是有理論根據的。
  7. In tradition, worker must computer, then change the gear for regulating the quantity of seeding by himself. this system can regulate it automatically by a microcomputer inside after inputting the demand of seeding quantity, and the regulating precision improved

    此系統與傳統播種機人工計算、更換齒輪調整播量的方法不同，而是利用單片機可編程的優點，在播種前輸入播量、排種器類型及五輪儀打滑移率等參數，系統內部會自動進行計算調整，提高了調節精度。
  8. Abstract cutter teeth and gear teeth are simplified as mechanical models, the bending deformation at contact nodes is calculated by applying the three - dimension finite element method and analyzing their mechanical condition, the relation curve between shaving force and bending deformation is drawn out

    簡介：摘要將刀齒和輪齒抽象簡化為力學模型，分析其受力狀態，並運用三維有限單元法計算各節點的彎曲變形量。
  9. And a method of node optimization according to beeline is also put forward to decrease large amounts of short straight lines and ensure sameness of image profile to object prototype. it improves the precision of engraving and suffices the request of engrave machining

    為減少邊緣線上的大量結點和鋸齒，保證優化后的圖形輪廓與原圖像逼近，提出了基於最短距離優化節點的解決方法，從而提高了精度，滿足了雕刻加工的要求。
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