摘要
汽车A柱结构所产生的视野盲区问题,对驾驶人员造成较大的视野影响,特别是在高速行驶状态下,一旦驾驶人员对外界环境信息观察不细致,当A柱盲区出现障碍物或者行人的状态时,在大脑短时间反应到采取制动操作时,汽车可能行驶出数十米,造成安全事故,对驾驶人员、汽车、行人等,造成严重的损坏。为此,可针对汽车A柱盲区问题进行分析,结合电子透明理念,设定出技术与设备、系统相结合的盲区消除系统,为驾驶人员提供更为广阔的视野面,令驾驶人员可依据外界环境信息做出及时操控行为,降低安全事故的产生概率。基于此,文章以汽车A柱盲区消除设计的必要性为切入点,对A柱盲区消除系统设计及实现进行研究。
The problem of visual field blind area caused by automobile A-pillar structure has a great impact on the driver’s visual field,especially in the state of high-speed driving.Once the driver does not observe the external environment information carefully,when there are obstacles or pedestrians in the A-pillar blind area,the car may travel tens of meters when the brain reacts to the braking operation in a short time,and cause safety accidents and cause serious damage to drivers,cars,pedestrians,etc..Therefore,we can analyze the problem of blind area of automobile A-pillar,and set up a blind area elimination system combining technology,equipment and system in combination with the concept of electronic transparency,so as to provide drivers with a broader field of vision,so that drivers can make timely operation and control behavior according to the external environmental information and reduce the probability of safety accidents.Based on this,this paper studies the design and implementation of A-pillar blind area elimination system based on the necessity of automobile A-pillar blind area elimination design.
出处
《时代汽车》
2022年第8期138-139,共2页
Auto Time
基金
重庆市教委2020年科学技术研究计划项目:乘用车A柱盲区可视系统设计(项目编号:KJQN202004602)
重庆旅游职业学院校级课题:基于电子透明系统的A柱盲区驾驶员眉眼区域定位方法研究(项目编号:XJKT-2020-13)
重庆旅游职业学院入驻众创空间大学生创新创业项目:科技赐予的万能视觉—乘用车A柱盲区可视化系统开发(项目编号:2021ZC02)。
关键词
电子透明理念
A柱盲区消除系统
传感器
electronic transparency concept
A-pillar blind spot elimination system
sensor
