无盲区车载全景影像倒车系统的设计

Research and Design of A Vehicle Panoramic Image Reversing System

针对可获取车身四周全景影像信息的车载全景影像倒车系统,进行主要元器件的选型,提出设计方案,然后阐述硬件电路的设计过程及相应的软件设计思路。实验测试结果表明,本系统可以解决车辆四周视觉盲区问题,提高行车安全性。

Based on the background of Shenzhen north station hub projects of the new district road recon- struction project of pile anchor foundation pit, this paper conducted the finite element numerical simulation on the K0＋740 section, and compared the simulation data with the measured data. The analysis results showed that： application of IDAS-GTS to the actual project analysis is feasible and has a high accuracy; the maximum uplift capacity basement from the end of the pile 2m, and with the depth of foundation pit development increases rapidly; basal central uplift amount increases linearly; adding spacing pile can effec- tively reduce the basal maximum uplift capacity in the place which is 2m away from the basal end; the lim- iting substrate center has no obvious effect on the basement uplift.