The sensor sports an antenna connected to a Raspberry Pi microcomputer and continuously receives GPS and Global Navigation Satellite System signals to measure river water levels.
The assembly is designed on a flexible cable type that offers good thermal resistance and is ideal for tight spaces.
The so-called Joey robot can traverse narrow underground pipes, relaying damages or obstructions to human operators above ground.
These gaskets eliminate any unwanted gaps between the connector and I/O surface points and offer a shielding effectiveness of 80 dB to115 dB.
According to the company, the affordability of the SM435B opens the door to industry professionals who were previously unable to attain this power in a compact and economic package.
The chip industry's first reclaimed water plant is now serving semiconductor manufacturing processes at the TSMC facility in southern Taiwan.
After demonstrating benefits for the U.S. military, the battery-operated portable system is now available for use in commercial applications.
The team tested the system, having it clean fake urine and garbage, and determined that it performed well, completing cleaning tasks in about 17 seconds and removing almost 98% of the fake urine.
The convolutional neural network reportedly evaluates thermal infrared images of human faces and determines with more than 90% accuracy if a subject is drunk.
What enabled the robot to learn how to handle delicate layers of cloth was the thinness and flexibility of the ReSkin sensor, the researchers explained.
Mimicking how the Pacific mole crab buries itself in the sand, the researchers developed the digging robot dubbed EMBUR (EMerita BUrrowing Robot), which can self-burrow vertically.
According to the team, the circuit could then be applied directly to smooth surfaces, such as those on a plastic soda bottle, for instance.
Once developed, the sensor can reportedly be integrated into a smart device that wirelessly communicates with a smartphone app when a swimmer stops moving — a possible sign of drowning.
Pelonis Technologies offers medical micro blowers in a variety of sizes.
To create the robotic hand — dubbed model number v15 — the Clone Robotics’ team used pneumatic artificial muscles.
The solution to both productivity and quality can be found in real-time machine monitoring.
The device features a Jetson Nano, an electronic device that runs machine-learning software; two cameras; a galvanometer, which is an instrument for detecting and measuring small electric currents; and a laser.
Rotary contact potentiometers are used to obtain adjustable supply voltage in frequency attenuation and volume control applications (or audio control devices).
Pressure sensors currently installed are based on MEMS technology and utilize piezoresistive or capacitive measurement principles.
The design combines the advantages of the two types of interferometers currently available, making it both compact and highly sensitive.