Continental’s latest Crash Impact Sound Sensing technology enables enhanced occupant safety by deploying airbags more quickly in side-impact and frontal crashes.
Halma PLC’s subsidiary Diba Industries, a USA-based company, that offers custom design services and engineered fluid handling parts, has introduced the new level sensor called HydroPLuS.
Ametek announced that it has purchased the Chicago-based weathering test instruments and related services provider, Atlas Material Testing Technology. Ametek has acquired the new company for about $159 million from Industrial Growth Partners.
American Sensor Technologies (AST), a fabricator of MEMS pressure sensors, pressure transmitters and pressure transducers, has aligned with three other product suppliers to market its pressure sensing equipments across Oklahoma, Kansas, Texas and Arkansas.
Franklin-oriented Dynisco, a leading provider of extrusion sensing devices and control equipments, proclaimed at K 2010 that their company is spreading its business to the Middle East and Eastern Europe, succeeding its expansion in Asia, which proved successful.
Schrader International has recently launched a tire pressure sensor named EZ-sensor at the Global Tire Expo 2010. The sensor is created in such a way that it can integrate with the existing tire pressure monitoring systems (TPMS) of the vehicles.
Pacific Sensor Technologies releases the USB-based Model 9510U pressure sensing devices or transducers, developed by Spectre Sensor. These devices are capable of providing both pressure and thermal information.
The applications of sensors in medical sectors is exponentially increasing due to the enhanced requirement for improved, advanced healthcare and therefore demands the utility of sensors in most of the medical systems.
Omron is improvising its radio-frequency switches, pressure sensors and thermal infrared sensing solutions for advancing the applications in navigation, smart phones and building automation to revolutionize the market for these products.
A group of researchers, guided by Prof. Keon Jae Lee of KAIST, Dept. of Materials Science and Engineering and Prof. Zhong Lin Wang, of Materials Science and Engineering at Georgia Institute of Technology, have advanced novel variants of effective, pliable nanogenerator systems, employing highly flexible piezoelectric thin film ceramic nano-materials that have the potential to transform even the minute human body motions such as blood flow and heart beats into electrical power.
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