ULTRASONIC SENSORS - 翻译成中文

• 超声波传感器

在 英语 中使用 Ultrasonic sensors 的示例及其翻译为 中文

Ultrasonic sensors are used to improve the operational efficiency and provide additional safety in manufacturing facilities.
超声波传感器用于提高操作效率并在制造设施中提供额外的安全性。

To navigate the campus, robots rely on artificial intelligence, ultrasonic sensors and nine cameras.
对机器人进行导航，需要依靠人工智能、超声波传感器和校园中的9个摄像头。

Recently it has added inertial, environmental, microphone, and ultrasonic sensors to its product line.
最近，它向其产品线添加了惯性，环境，麦克风和超声波传感器。

To navigate the road safely, automated vehicles already receive and combine data from an arsenal of radar, laser, video and ultrasonic sensors.
为了安全行驶，自动化车辆已经能够接收并整合来自雷达、激光、视频和超声波传感器的数据。

In other words, both technologies work best when used in combination with cameras and ultrasonic sensors.
换句话说，当这两种技术与摄像头和超声波传感器结合使用时，效果更好。

Ultrasonic sensors help to control the production process of these highly sensitive PCBs.
超声波传感器能帮助控制这些高度敏感的印刷电路板的生产过程。

The following excerpt from our comprehensive and free downloadable“Technology Guide Ultrasonic Sensors” explains the basic function principles of these handy sensing generalists.
以下摘录从我们全能和免费下载的“超声波传感器技术指导”，解释了这些便利的感应专家的基本功能原理。

A major advantage of ultrasonic sensors is the absolutely reliable background suppression resulting from their sound time-of-flight measurement principle.
超声波传感器的一个主要优点是绝对可靠的因为运行-时间测量背景抑制。

A company called Augury does exactly this with vibration and ultrasonic sensors installed on equipment.
一个名叫Augury的公司做的正是这个事情，它在设备上安装了振动和超声波传感器：.

The underlying technology is AI, which receives its data from cameras, radar, lidar and ultrasonic sensors.
底层技术是AI，它从相机，雷达，激光雷达和超声波传感器接收其数据。

GM is also experimenting with cost-effective LIDAR units, which use lasers instead of sound and are more powerful and accurate than ultrasonic sensors.
通用汽车公司也在试验低成本的激光雷达，它使用激光代替声音，比超声波传感器更强大和准确。

In other words, both technologies work best when used in combination with cameras and ultrasonic sensors.
换句话说，这两种技术在与摄像头和超声波传感器融合使用时效果最佳。

The SSR applications are essentially designed to replace ultrasonic sensors and to support highly automated driving.
SRR应用设计之初是为了替换超声波传感器并对高度自动驾驶提供辅助。

Twelve ultrasonic sensors around the car are used to identify objects close to the vehicle and support autonomous drive at low speeds.
围绕在汽车周围的12个超声波传感器用于识别靠近汽车的物体，并支持低速自动驾驶。

Ultrasonic sensors reflect sound off of objects, so the color or transparency have no impact on the sensor's reading.
超声波传感器将声音反射出物体，因此颜色或透明度不会影响传感器的读数。

Tesla Motors has equipped cameras, radars, ultrasonic sensors and GPS required for Autopilot in Model S vehicles shipped since October 2014.
特斯拉汽车为2014年10月起出货的ModelS配套Autopilot所需的摄像头、雷达、超声波传感器和GPS。

Some ultrasonic sensors are supplied as retroreflective sensors from the outset.
有的超声波传感器从一开始就提供了反射板模式的传感器。

The system's use of radar, cameras and ultrasonic sensors enables advanced safety features, including.
在这种系统中采用雷达、摄像头和超声波传感器，实现先进的安全特性，它们包括.

Recent AR/VR systems use Time-of-Flight(ToF) for measuring the distance to an object, and ultrasonic sensors are attracting considerable attention.
最近的AR/VR系统使用飞行时间（ToF）来测量到物体的距离，而超声波传感器正引起人们的极大关注。

Seven cameras, five radars and 12 ultrasonic sensors are installed in the car to help automate driving in the future.
车上安装7个摄像头、5个雷达和12个超声波传感器，有助于未来实现自动驾驶。