CAJ | 학술논문

描述了嵌入式系统在轨道检测仪的设计过程,讲述了水平、高低、轨向、轨距几何参数测量数学模型;系统主要是由传感器、A/D转换器、ARM7微控制器LPC2148和PC机组成,内存容量可储存100 km以上线路检测数据;重点介绍了数据采集系统部分,并讨论了均值滤波方法;该仪器较人工测量,具有精度高、可连续自动测量和数据显示、存储等优点,软件分析结果表明.仪器性能达到了设计精度要求,可用在无碴轨道的施工铺设和已建线路的调整.
묘술료감입식계통재궤도검측의적설계과정,강술료수평、고저、궤향、궤거궤하삼수측량수학모형;계통주요시유전감기、A/D전환기、ARM7미공제기LPC2148화PC궤조성,내존용량가저존100 km이상선로검측수거;중점개소료수거채집계통부분,병토론료균치려파방법;해의기교인공측량,구유정도고、가련속자동측량화수거현시、존저등우점,연건분석결과표명.의기성능체도료설계정도요구,가용재무사궤도적시공포설화이건선로적조정.
A design of embedded system which aims at the application of track measurer is described. The mathematics model of orientation、 gauge, horizontal, height and mileage are put forward. The system is mainly made of Sensor, A/D Converter, ARM7 Microcontroller LPC2148 and PC Computer. the memory capacity can save more than 100kin line inspection data. With emphasis on Data Acquisition System, the mean filter method is also discussed. Compared with manual measurement, the instrument has advantages of high precision, automatical measurement and displayed in real time. According to the analysis of the software, the measurer reaches the request of design. It can be used in ballastless track construction and adjust the built line.