閘簧 的英文怎麼說

中文拼音 [zháhuáng]
閘簧 英文
brake spring
  • 閘 : anchor gate
  • 簧 : 名詞1. [音樂] （樂器里能發聲的薄片） reed2. （器物上有彈力的機件） spring
  1. Brake band anchor clip spring

    閘帶緊夾彈簧
  2. Brake pedal retracting spring

    閘踏板拉簧
  3. The parallel seat gate assembly consists of two interchangeable spring loaded discs, a fully guided disc carrier, and retaining pins

    平行閥座閘閥由兩個可互換彈簧負載閥瓣，一個全導向閥瓣托架和扣環銷釘構成。
  4. Brake chamber push rod spring

    閘盒推桿彈簧
  5. The first, in this article analyzed the development of the hydraulic spring operating mechanism and based on the theory of energy and liquid, founded the athletics equation in the case of no load. so it was certainly to know the fluence of the data which come from the mechanism

    本文首先總結分析了當今電力市場上極為走俏的彈簧液壓機構發展歷史和工作原理，然後根據能量守恆定律和貝努利方程，建立了選用彈簧液壓機構的壓氣式開關在空載情況下的機械運動方程式，分析了彈簧液壓機構各有關參數對斷路器分、合閘過程的影響。
  6. The mechanism close brake spring ' s the way of stored energy, which has two kinds of electromotor and hand machine

    機構合閘彈簧的儲能方式有電動機儲能和手動儲能兩種。
  7. To improve the transmitting characteristic and decrease the output work has a direct effect on the enhancement of the operating property and life - span of the operating mechanism of vacuum circuit breakes. based on the characteristics of polynomial rule of the cam movement, considering the pressure angle of cam device, an optimization model is established, with the coefficients of polynomial rule of cam movement as the optimizing variable, and the minimum output work of the mechanism as the object function. with the optimization tool box of matlab, the optimization process is conveniently completed and the perfect result of optimization design is obtained

    改善真空斷路器操動機構的傳動運動特性，減小真空斷路器的操作輸出功，對提高真空斷路器的操作使用性能及壽命都具有直接的影響.利用凸輪機構的多項式運動規律的特點，以凸輪多項式運動規律的多項式系數為優化變量，以斷路器操動機構最小的輸出功為目標函數，考慮操動機構合分閘時凸輪機構傳動壓力角的情況，建立了彈簧操動機構中凸輪機構的優化數學模型，並利用matlab語言的優化工具箱方便地實現了優化過程，得到了較理想的優化設計結果
  8. The development of zsq spring brake releaser

    型彈簧制動松閘器的開發
  9. Brake head usting spring rod

    閘瓦托調整彈簧桿
  10. Brake head spring

    閘瓦托彈簧
  11. Brake hose suspension spring

    閘軟管懸掛彈簧
  12. Choice and comparison of structure are done and the choosing spring, fatigue intension, opening coil and so on are studied in design

    在設計中分別對結構進行了選擇和比較並確定了設計方案，並對彈簧的選擇、疲勞強度、分閘線圈等進行了研究。
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