tilting train 中文意思是什麼
tilting train
解釋
擺錘式列車-
It is especially important for the tilting train
對于作為高新技術的擺式列車來說，顯得尤為重要。 -
A tilting monitoring system of tilting train based on single axis gyroscope platform
基於單軸陀螺平臺的擺式列車傾擺檢測系統 -
The method using wavelet packet analysis is proposed to extract fault information from vibration signal obtained from testing jig of tilting train. the vector comprised of the energy of signal in all spectrum bands is input to a feed forward neural network
利用小波包分析，將擺式車體試驗臺上採集到的振動加速度信號分解在相互獨立的頻帶之p內，各頻帶內的能量值形成一個向量，將其作為神經網路的輸入特徵向量， 。 -
To our railway transportation department, the tilting train is the bran - new and high - tech product
對於我國鐵路運營部門來說，擺式列車是一種全新的高技術產品。 -
By refering to the experiences of guangshen mixed line, on the basis of widely collecting and digesting railway theories and testing results from home and abroad, this article mainly discussed track maintenance code. method and management system, and put forward track maintenance main parameters and maintenance method for safety of running x2000 tilting train ( 200km / h ) in guangshen line
本課題通過分析研究收集到的國內外高速鐵路線路維修養護方面的資料，開展對廣深線運行x2000以來的線路狀態進行調查，掌握存在的線路病害情況，分析研究線路技術條件，對照現行的暫行規則調查在養護維修工作中的條文執行情況、存在問題及改進方法和意見。 -
( 4 ) since there is no perfect theoretical guide, the characteristics of orthogonal wavelet, semi - orthogonal wavelet and biorthogonal wavelet in signal decomposition and reconstruction are compared, and the conclusion of the study demonstrates that semi - orthogonal wavelet is a good wavelet for fault diagnosis in tilting control system of tilting train. a new approach is presented for deciding the fault threshold. ( 5 ) a generalized wavelet neural network is put forward by integrating wavelet analysis with neural network
（ 4 ）針對小波基的選擇缺乏完善理論指導的實際情況，通過對常用的正交、半正交、雙正交小波基提取信號特性的比較，確定出了適合擺式列車傾擺控制系統故障診斷的小波基? ?半正交小波基，並提出了一種新的確定故障檢測閾值的方法，可以快速地檢測出故障發生時刻。 -
One way is that the rail lines for high speed are built and the high speed trains are applied. the other way is that the existing railways are improved and the tilting trains are used. besause the tilting train can ensure the ride quality of passengers, improve the speed of curving and reduce the time on trip meanwhile and do not need too much cost the second way is accord with the situation of our country and railway
列車提速有兩種途徑：一種是修建高速鐵路開行高速列車，另一種是對既有線加以改造，開行擺式列車。其中，擺式列車在保證旅客乘坐舒適性的同時，能夠提高列車曲線通過的速度，縮短旅行時間，而又不需要太大的投資，符合我國的國情、路情。 -
Now, as there is no tilting control system that can be used in our country, some of the railway manufactories are developing the tilting train whose tilting control system is imported from esw corporation
目前，由於國內沒有成熟的傾擺控制技術，各大鐵路工廠相繼研製和生產的擺式列車，主要依靠從國外esw公司成套引進傾擺控制系統。 -
In the thesis, on the basis of succeed experience about tilting train bogie abroad, a project of a bogie with flexible primary suspesion for titling emu is put forward
本文在充分借鑒了國外擺式列車轉向架成功經驗的基礎上，結合我國的實際情況，提出了一系柔性定位的擺式電動車組客車轉向架技術設計方案。 -
According to the principle analysis and the abroad condition, the development of the tilting train, designed by our own country, has been placed the first position on the way of the improvement of the train speed
理論分析和國外實踐表明，擺式列車可以有效地在既有線路上提高列車運行速度。發展擺式列車是我國國情、路情所決定的發展方向，開發具有自主知識產權的擺式列車已成為鐵路提速的當務之急。 -
A control system based on mcs - 51 single - machine is designed to match the characteristics of the tilting control system of the tilting train. in this paper, the development of the tilting train is presented and the principle of it is described. the function and principle of all components of the tilting control system, such as detection subsystem, dictation subsystem, communication subsystem and tilting control subsystem are illustrated in the paper
論文首先介紹了國外擺式列車的發展概況以及我國擺式列車發展的模式，對擺式列車的工作原理進行了說明，介紹了傾擺控制系統的各組成部分? ?檢測子系統、指令子系統、通信子系統以及傾擺作動子系統的功能及原理，提出了基於mcs - 51系列單片機的擺式列車傾擺作動子系統的設計方案。 -
High speed railway is in research and design step in china, guangshen line ( 160km / h ) behaved highest operational speed by far. in 1988 guangshen line began to run x2000 tilting train ( 200km / h ) which was imported from sweden
為滿足廣深線新時速x2000 （ 200km h ）投入運營后線橋維修養護工作的需要，廣鐵集團公司立項開展《 x2000在廣深線運行線橋設備維修養護標準的研究》課題。 -
The research of tilting train in our country has been in the stage of practicality. as one part of the project, the hardware configuration of testing system and software algorithms are very important
我國的擺式列車研究已經進入工程化階段，作為此項研究的一部分，檢測系統的硬體配置及軟體演算法是其中的一個重要環節。 -
The tilting train application is the austere challenge to the traditional model in management, production and application
擺式列車應用對我國傳統的列車管理、生產和運營模式提出了嚴峻的挑戰。 -
Considering the fact that the tilting control system of tilting train is working in quite an uncertain environment, a conventional fault diagnosis method is hard to perform effectively
擺式列車傾擺控制系統是一個復雜的、具有諸多不確定性因素的動態系統，採用常規的故障診斷方法很難達到有效的診斷。 -
So, for the practical application, developing the debug system based on can bus for the tilting control system in tilting train is the urgent affairs
因此，從實際應用出發，開發基於can總線技術的擺式列車調試系統是當務之急。 -
The main problem the paper tries to resolve is the application of the available digital signal processor ( dsp ) in the testing system of the tilting train based on the current digital signal theory
其中， ti公司的tms320c4x系列在浮點dsp領域中佔有非常重要的地位。論文的主要任務是：根扼當前數字信號處理理論，用通dsp實現擺式列車測試系統。 -
In this paper, according to the actuality of the development, manufacture and application for tilting train in our country, the debug system based on can bus for the tilting control system is researched
本文就是在這種背景下，根據我國擺式列車開發、生產和運用的現狀，進行基於can總線技術的擺式列車調試系統的研究。 -
Fault diagnosis of tilting control system in tilting train is discussed in this thesis, which is the main substance of developing the tilting control system supported by the r & d program of ministry of railways of china
論文結合鐵道部科技開發項目： 「擺式列車傾擺控制系統的研製」 ，對擺式列車傾擺控制系統的故障診斷進行了探索性研究。 -
It is an efficient way to improve the curving speed in the existing line by using tilting train
運營擺式列車是在既有線路上提速的一種有效途徑。
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