Sentence examples for electromechanical safety from inspiring English sources

"The result, a rectangular steel box the size of a Smart car, supporting a 40-foot mast and a hydraulic boom arm attached by six strands of wire rope to a telescopic cleaning basket, houses a computer that monitors 67 electromechanical safety sensors and switches, and runs around the roof of the Hearst Tower on 420 feet of elevated steel track," the magazine reported.

The result, a rectangular steel box the size of a Smart car, supporting a forty-foot mast and a hydraulic boom arm attached by six strands of wire rope to a telescopic cleaning basket, houses a computer that monitors sixty-seven electromechanical safety sensors and switches, and runs around the roof of the Hearst Tower on four hundred and twenty feet of elevated steel track.

For the chip integration of MEMS (micro-electromechanical system) safety and arming device, a miniature detonator needs to be developed to reduce the weight and volume of explosive train.

This article focused on the impact analysis of airborne electromechanical products corrosion to the aircraft reliability and safety.

The bounds of the natural frequencies and the critical buckling temperature obtained here are helpful for the safety and optimal design of nano electromechanical systems.

However, electromechanical actuation raises specific issues when being used for safety-critical aerospace applications like flight controls: huge reflected inertia to load, jamming-type failure, and increase of backlash with service due to wear and local dissipation of heat losses for thermal balance.

For safety-critical embedded actuation applications like flight controls, the use of electromechanical actuators introduces specific issues related to thermal balance, reflected inertia, parasitic motion due to compliance and response to failure.

It offers a comprehensive line of highly reliable electromechanical and electronic switch and control devices for commercial and specialty vehicles and sensors for automobile safety systems, as well as protection relays and power distribution centers for the safe control and distribution of electricity.

Trends in electromechanical transduction.

The old switches were all electromechanical switches.

Electromechanical vortex filament dynamics during cardiac fibrillation.