碰撞传感器

它包括前排碰撞传感器，SRS-ECU和两级充气装置。

This is consisted of the front impact sensor , SRS-ECU and dual stage inflator .

前排碰撞传感器安装在散热器支持面板到正面碰撞的碰撞监测管理器之间。

The front impact sensor is assembled in the radiator support panel to monitor collision upon frontal impact .

机器人上带有红外接收管和碰撞传感器，主要功能是完成清扫任务。

Robot with infrared receivers and collision sensors , the main function of it is cleaning .

车体周围装有超声波传感器和碰撞传感器，用以在运动中躲避障碍物。

It can move on a close plane surrounded by wall and use ultrasonic and bumper sensor to avoid obstacle .

侧碰撞传感器安装在中央立柱和侧碰撞传感器下面的后顶盖侧板上。

The side impact sensor is assembled in the centre pillar and quarter panel lower to monitor collision upon side impact .

日本丰田佳美94型轿车安全气囊的触发由电控模块根据碰撞传感器的信号进行控制。

Triggering the safety air bag in Toyota Model 94 Camry car is controlled by electronic-controlled module according to the signal from collision sensor .

在这两种方法的基础上设计出了视觉传感器、碰撞传感器，同时也实现了其功能。

Through the two ways , we have designed the vision sensors and the collision sensors , also achieve the function of the sensors .

并实现了主控程序及时钟设定、键盘中断服务、红外、碰撞传感器检测等子程序。

Moreover , it completes the main controlling program and also realizes the clock setting , the keyboard interrupt service subprogram and the detection procedures of infrared and collision sensors .

设计了目标搜索避障路径，结合苹果采摘机器人小臂上的碰撞传感器来有效感知外部障碍信息，安全搜寻目标果实，避免损害设备。

To search target fruit safely and prevent equipment damaging , the target searching obstacle avoidance paths were designed by combining the obstacle information perceived by the collision sensor on the small arm of apple harvesting robot .

利用组节点、内联节点、时间传感器节点、碰撞传感器等节点、随机数的产生等技术点来实现导弹的随机飞行以及与桥梁的碰撞过程；

The key techniques include group node , unite node , time sensor node , collide sensor node , production of random number technology to realize random flight and collision course of the bridge of guided missile to come inside .

汽车防撞气袋又名空气包，是保护驾驶员生命安全的先进装置，其关键部件为感知汽车冲撞信息的传感器，文章主要论述碰撞传感器在汽车防撞气袋中的应用原理。

It is an advanced device to protect the safety of drivers . The key part of it is a sensor which can perceive shock information of automobiles in case of accidents . This article mainly discusses the principle of shock sensor used in automobiles shockproof air bag system .

与环境碰撞后腕力传感器的动态特性分析

Analysis for Dynamic Behaviors of Robot Wrist Force Sensor Following the Collision with Environment

与环境碰撞时腕力传感器动态性能的试验研究

The Test and Study on Dynamic Performance of Wrist Force Transducer Under Environment Collision

而基于GPS的导游设备不适用于卫星信号差的景区，基于无线传感器的导游系统存在多阅读器碰撞问题，且传感器成本高，很难普及应用。

GPS-based tour guide equipment is not suitable for scenic spots with weak signals , while tour guide systems with wireless sensor have the problems of multiple reader collision , high cost and difficult for widespread use .