Recently, ASUS announced its first intelligent home assistant robot "Zenbo". The family robot, ASUS Zenbo, provides assistance, entertainment and companionship for the whole family, including the ability to move independently, listen to voice commands, and remotely view the family's condition through its built-in camera.
The robot is noteworthy for Zenbo's flexibility and mobility, which allows it to be a family photographer, nimbly capturing moments of people's daily lives, or a private security guard, checking on the security of the home by moving around. So how exactly does Zenbo achieve flexible mobility and avoid obstacles? It is the use of ultrasonic sensors as the eyes to realize, ultrasonic sensors by transmitting/receiving ultrasonic signals to measure the distance and obstacle avoidance, so that the family robot "see the future".
At present, the ultrasonic sensors developed and produced by Audiowell Sensor Technology Co., Ltd. are in the leading position in the market, and have been widely used in intelligent robots to avoid obstacles, drones to avoid obstacles, and automotive electronic distance measurement systems. According to the market demand, Audiowell has launched an application program - ultrasonic distance measurement module.
Ultrasonic Distance Measuring Module
The ultrasonic distance measurement module developed and produced by Audiowell utilizes non-contact ultrasonic distance measurement technology to realize distance measurement, and converts the distance value into pulse output. The module adopts ultrasonic intelligent software processing technology, which improves the reliability of the distance measurement as well as the anti-interference ability of the circuit.
Audiowell ultrasonic distance measuring module features:
- Large measuring range, digital signal output
- Strong anti-interference ability, small blind spot
- Good directionality, fast response speed
Audiowell will be committed to become a major global supplier of sensors (position, distance, speed) and their application solutions, in the sensor "perception and obstacle avoidance" distance measurement to invest in more focused and professional research, with sensing technology to create a smart life.
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