hydraulic cylinder 中文意思是什麼

hydraulic cylinder 解釋
水壓缸
  • hydraulic : adj. 1. 水力的，液力的;用水發動的。2. 液壓的，水壓的。3. 水力學的。4. 【建築】水硬的。adv. -lically
  • cylinder : n 1 圓筒；機筒；烘筒；量筒；（印刷機等的）滾筒。2 【數學】柱（面），柱體。3 【機械工程】汽缸；【...
  1. A spring holds the other ends in contact with the piston of a hydraulic cylinder.

    另一端由一個彈簧托住，與液壓缸的活塞相接。
  2. Therefore, a new design of the flexible joint is herein assumed by replacing the spring / damper system by a hydropneumatic system in which a horizontal hydraulic cylinder only is needed to be fitted between the two bell cranks and the rest of the hydro - pneumatic system which are the throttle valve and the accumulator can be suspended on the vehicle frame at any convenient place

    因而，此處採用新型撓性連接設計，用液壓氣動系統替代彈簧減振器裝置，液壓氣動系統兩曲柄間只需安裝一個臥式液壓缸，而其他部件（即減壓閥和蓄能器）可懸置於車架的適當位置。
  3. The pipe racks are moved to and from their stored position by a hydraulic cylinder attached between the mast frame and the lower swing arm

    管架是通過一個裝在支架框和下搖動臂之間的液壓缸往返于其貯存位置的。
  4. All valves are available with hand - wheels, gearing, electric motor actuators or pneumatic or hydraulic cylinder actuators

    所有閥門都可配置手輪，齒輪操作機構，電動馬達執行機構，或者氣動或液動缸體執行機構。
  5. Kinematics and kinetics analysis of hydraulic cylinder powered scissors mechanism

    液壓缸驅動的剪刀撐機構運動及動力學分析
  6. The motion of lower plate can be selected discretionarily in the few motion modes such as device prizing, hydraulic cylinder and steel wheel according to the situation of construction site and the working habit of construction unit to content construction ' s requirements.

    下盤的移位可根據施工現場情況及施工單位的工作習慣，在撬裝、液壓缸步標、鋼輪等幾種移位方式中任意選取，以滿足施工的要求。
  7. Abstract : the flying shear located behind the roughing stands of wire - rod mill is designed with hard surface gears for driving system, engaging of zero tolerance, hydraulic cylinder for clamping and shiftting, convenient and practical gap adjusting structure for blade

    文摘:介紹了邯鋼三軋廠在線材軋機粗軋機組后的飛剪設計中，採用了硬齒面齒輪傳動，零側隙嚙合，液壓缸鎖緊與橫移及簡便實用的剪刃間隙調整機構。
  8. The modern robust design detailed the robust design based on engineering model, which explained the specific design process, the whole process from founding system model to solving it. it obtained the optimum combination of parameters and the maximum manufacturing errors, using fuzzy comprehensive judgment to dispose the problem of many targets, handling the design results by fuzzy probability to increase the reliability of the design. in the end, there supplied an example, the optimization design of a long distance hydraulic cylinder to interpret the specific design process, achieving its optimum combination and the maximum manufacturing errors, and verifying the practicability of the design results by the method of fuzzy probability analysis

    在第二部分的基於試驗設計的穩健設計中，先對傳統的穩健設計，即三次設計（功能設計、參數設計及容差設計）的設計過程及原理進行了分析，指出了傳統穩健設計法中的不足，即沒有充分利用數字計算機的強大優勢；對于多因素多指標的設計，試驗周期長、計算復雜等造成設計周期長、成本高、效率低等缺點提出了改進的措施，即將虛擬現實技術應用於傳統的穩健設計中，通過模糊數學的方法（模糊綜合評判）來處理設計中的多指標問題，使設計達到事半功倍的效果。
  9. When the governing valve was series - connected on the return oil - line in the metering - out control system, under the same flow area and the same adjusted pressure of relief valve, with the incremental quantity of step load, the pressure highly - adjusted capacity of the hydraulic cylinder chamber with piston - rod increased, meanwhile, it ' s time of rise, time to peak and the governing time all increased. at the same time, the pressure highly - adjusted capacity of the hydraulic cylinder chamber without piston - rod increased

    當出口節流調速系統的回油路上串接調速閥時，隨階躍負載的增加，在相同流量閥開度、相同溢流閥調節壓力的情況下，液壓缸有桿腔壓力p _ 2 （ t ）的超調量是增加的，上升時間、峰值時間以及調整時間也是增加的；液壓缸無桿腔壓力p _ 1 （ t ）的超調量是增加的。
  10. The formula and analysis would be helpful for the theoretical analysis and engineering design of the hydraulic cylinder piston ring seal structure

    研究結果為控制棒水壓驅動機構水壓缸活塞環密封結構的設計和分析提供了理論基礎。
  11. According to the control rod hydraulic drive mechanism ( crhdm ) and the characteristics of its hydraulic cylinder seal structure, the leaking ways of the hydraulic cylinder piston ring seal were analysed, its theoretical calculation model was built and its flow resistance formula based on the calculation model of differential pressure at the hydraulic cylinder piston ring seal was deduced

    摘要根據控制棒水壓驅動機構水壓缸活塞環密封結構的特點，分析了水壓缸活塞環的泄漏途徑，建立了活塞環密封泄漏流阻的理論計算模型，並結合水壓缸活塞環密封處的壓差計算模型，推導出水壓缸密封結構的流阻計算公式。
  12. Remove of abnormal sound from hydraulic cylinder of mobile crane

    汽車起重機油缸異響的排除
  13. This method can decrease the gap setting time for which the oil column of hydraulic cylinder is not retracted and there is no minute adjustment of oil column for the first several passes

    採用該方法，軋制過程液壓缸油柱不用回縮，而且前面道次液壓不進行微調，從而節省了輥縫設定時間。
  14. Kone technology, original european hydraulic cylinder, pumping station and control system, ensure superior quality, high reliability and longtime life of our products. multi - type operation modes such as single - cylinder and double - cylinder in 1 : 1, 2 : 1, 4 : 2 ratio instead of traditional mrl solutions can save building space and construction costs and serve in over - loading vertical transportation locations

    引進通力技術，原裝進口歐洲全套液壓油缸泵站和控制系統，保證了產品品質可靠性和長使用壽命單缸雙缸1 ： 1 2 ： 1 4 ： 2等多種經典結構，是傳統的無機房解決方案，可減少建築空間降低建築造價，能勝任各種重載大噸位垂直運輸場合。
  15. Hydraulic cylinder mechanical lock of casing and coupling production line

    套管接箍生產設備中液壓缸的機械鎖定
  16. Founded in 1998, wuhan huawei corporation is a modern and excellent high - tech private - owned enterprise with strong technical strength, strict management system and advanced inspection and testing system. with the construction pile driving machinery, steel structure, and heavy - duty hydraulic cylinder as its main business, it concentrates upon the invention, design, manufacture and foundation construction

    武漢華威公司創辦於1998年，是一家技術力量雄厚、管理制度嚴謹、檢測系統先進，以建築樁工機械、鋼結構、重型液壓油缸為主業，集發明、設計、製造生產、基礎施工於一體的現代化優秀高科技民營企業。
  17. The method of indirectly measuring force exerted on ground by bucket is used to check cantilever bucket - wheel stacker / reclaimer counter - weight, working out the hydraulic cylinder force to determine the force exerted on ground by bucket and thus counterweight value

    摘要針對懸臂斗輪堆取料機配重的校核提出了1種間接測定接地力的方法，即通過懸臂升降液壓缸上下油腔壓力計算出液壓缸受力，進一步推算出堆取料機的接地力，從而確定配重安裝量。
  18. We give three installing schemes in the measuring hydraulic cylinder in the fourth chart and analyse thire merits and shortcomings. we discuss the possibility of measuring grinding wheel diameter by ultrasonic wave we give the full electric circuit schemes, including emitting and receiving circuit, measuring temperature circuit, displaying circuit, regulated power supply, a / d converter circuit and so on

    給出一種新的計時方法。同時我們還討論了利用超聲測量鋼坯磨床中砂輪直徑的可能性。在本文中，還給出了完整的電路設計方案，包括:發射接收電路、溫度測量電路、顯示電路、穩壓電源電路、 a / d轉換電路等。
  19. Through contrasting analyses of hydraulic cylinder structure and sealing condition, piston rod oil leak reason, inside leaking condition between piston and cylinder, with overseas cylinder structure and sealing dependability, the structure standardized between the piston and cylinder, piston rod and guide tube in unity was realized and obtained

    摘要通過對油缸結構、油缸密封使用情況、活塞桿處的漏油原因、活塞與缸筒間的內泄情況以及與國外油缸結構、密封可靠性相比較分析，實現活塞與缸筒，活塞桿與導向套之間密封的結構統一。
  20. Used the metering - out control system in which the hydraulic cylinder was the executive element as research object in this thesis, the experimental research about the effect on the pressure p1, p2 of the hydraulic cylinder chambers when series - connecting throttle valve or governor valve on the return oil - line under the step load changing have made

    本文以單出桿液壓缸為執行元件的出口節流調速系統為研究對象，在其迴路上分別串接節流閥和調速閥，當負載發生階躍變化時，對液壓缸兩腔壓力p _ 1 、 p _ 2的影響進行了試驗研究。
分享友人
分享到 Line

分享到臉書