Examples of using Ultrasonic sensors in English and their translations into Chinese
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How do ultrasonic sensors gather information?
FPGA-based front-end circuit design of ultrasonic sensors[J].
Twelve ultrasonic sensors on the front, sides and rear;
What should you take into account when installing and assembling ultrasonic sensors?
Q: How do ultrasonic sensors deal with noise and interference?
The SSR applications are essentially designed to replace ultrasonic sensors and to support highly automated driving.
Ultrasonic sensors can sense only nearby objects- and not very clearly.
Tesla only uses radar, camera and ultrasonic sensors to provide data for autonomous driving systems.
Ultrasonic sensors monitor the process to prevent overfilling of the containers.
Relevant optical sensors and ultrasonic sensors can be used to detect vehicle spacing accurately.
Ultrasonic sensors have proven their reliability and endurance in virtually all industrial sectors.
The system uses a radar, cameras and ultrasonic sensors has to offer advanced security features, including:.
Ultrasonic sensors detect a wide variety of materials and are not affected by problematic surfaces.
Ultrasonic sensors are also used to analyze airborne sound in order to determine component quality.
In addition to radar sensors, a front camera, and Ultrasonic sensors, Audi is the first brand to use a laser scanner.
However, ultrasonic sensors are susceptible to temperature fluctuations or wind.
Today, ADAS and AV sensor technologies include cameras, ultrasonic sensors, radar, and light detection and ranging(LIDAR).
However, ultrasonic sensors are more susceptible to temperature fluctuations and wind.
In addition to the radar sensors, a front camera and the ultrasonic sensors, Audi is the first car manufacturer also to use a laser scanner.
Ultrasonic sensors are enhancing preventive maintenance and energy conservation programs by detecting potential failure.
MK: Currently, Chirp is focused on ultrasonic ToF sensors operating in air,or“air-coupled” ultrasonic sensors for consumer electronic applications.
On the other hand ultrasonic sensors are susceptible to temperature fluctuations or wind.
Ultrasonic Sensors are used to measure both distance and liquid depths, which are perfect for those who are harvesting rainwater.
A major reason to use ultrasonic sensors is their ability to recognize most materials and surfaces.
Ultrasonic sensors on transparent or colored objects, metallic or non-metallic objects, solid, liquid, powdery substances can be detected.
Almost all Pepperl+Fuchs ultrasonic sensors have a temperature probe to compensate for this effect.
Active ultrasonic sensors can emit and receive reflected waves, and determine the distance of the target by measuring the time interval between transmission and reception.
When installing ultrasonic sensors, it is not always possible to maintain minimum separation distances.
Of course, more ultrasonic sensors are fixed on different devices,"silently" to detect the signals people need.