迷宮式壓縮機 的英文怎麼說
中文拼音 [mígōngshìyāsuōjī]
迷宮式壓縮機
英文
labyrinth compressor-
3 ) aerial compressor reconstruction with inflator labyrinth seal : the aerial compressor formerly adopted simple inflator labyrinth seal and it did n ' t work well due to the vast leakage and frequently abrasion of the labyrinth seal, so the machine could n ' t operate in long term
3 )富氣壓縮機充氣式迷宮密封的技術改造,焦化裝置富氣壓縮機原來採用簡單的充氣式迷宮密封,密封效果不好、泄漏大,迷宮密封頻繁損壞,機組無法實現長周期運行。With this purpose, this paper researches the state of dometic and overseas seal technique ; uses other enterprise ' s successful experiments for reference ; combines the factory set ' s structural property, technics characteristic and the different request of medium leakage degree ; considers the respective strongpoints of floating ring seal, conical floating seal, suction labyrinth seal, inflator labyrinth seal, mechanical seal, dry gas seal ; finds out the optimum, dependable seal techinique fiting for each set on the base of entire analysis on the centrifugal compressor. and in the end by putting this plan into practice the factory achieves localized reconstructs, reduces the production cost and fulfils the demands of secular safe use
本文在把握國內外離心壓縮機密封技術的發展狀況,借鑒其他企業的成功經驗基礎上,根據我廠機組結構特性、工藝特性、介質泄漏程度要求的不同,以及浮環密封、錐形浮環密封、抽充氣式迷宮密封、機械密封、干氣密封的各自特點,對離心壓縮機存在的密封問題進行了全面剖析,研究了適合每臺機組最佳、可靠的密封技術,實施了本地化技術改造,降低了生產成本,滿足了機組長期穩定運行的生產要求,取得了顯著的經濟效益和社會效益。Concerning big leakage of the mine slurry at the seal of the phosphorite wet miller inlet and feed syphon, the mine materials in the siphon is easy to be blocked, the imported seal structure is amended to the labyrinth structure
摘要針對磷礦濕磨機進口與進料彎頭密封處漏礦漿嚴重、彎管內礦料易堵塞的情況,將進口密封結構形式改為迷宮式密封,並在進礦彎管上增開壓縮空氣管介面。Then, a cfd model of the labyrinth seal is established, several seal models are numerical simulated in fluent, and the regularity of affections of the parameters, such as discharge pressure, shape of teeth and cavities, cavity inclination, labyrinth clearance, rotate speed and numbers of seal teeth are discussed in detail
最後論文建立了迷宮密封的cfd模型,採用fluent軟體詳細地分析了齒形、間隙、腔形、齒數、齒傾斜角以及換熱等因素對迷宮密封效果的影響,為迷宮式壓縮機的國產化設計和性能優化提供了理論依據。In order to improve the efficiency of a lpc and to minimize the labyrinth seal leakage, a series of basic theoretic research should be carried on, such as : finding an exact method for predicting the leakage of a lpc, understanding the seal principle in the labyrinth path and investigating how factors affect the seal performance
國內對這種壓縮機需求較大,卻長期依賴進口,要實現迷宮式壓縮機的國產化,以及對其進行性能優化,必須進行相關的基礎理論研究。本文首先綜述了迷宮密封的研究方法,現狀及進展,並對其在壓縮機軸封中應用的研究進行了回顧。A reciprocating compressor using labyrinth seal ( labyrinth piston compressor, lpc ) can compress and transport gases in an oil - free way. it has many advantages, such as non - lubricated maintenance, no friction loss, no hot spots, minimal wear and tear, and so on
採用迷宮密封的往復式壓縮機可以完成潔凈氣體的壓縮和輸送,具有壓縮過程無潤滑、無接觸摩擦、氣體無污染、安全可靠等優點。分享友人