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Nexense Ltd. Sensor.
Nexense developed a unique sensor platform that is derived from a proprietary patent protected Nexense technology that allows the sensors to utilize acoustic and time of flight technology to evaluate multiple physical parameters such as load, shear, vibration, motion, viscosity, temperature, density, acceleration, pressure etc... The technology invented by Nexense is unique and superior to other known sensor technologies in the following areas:
Accuracy: The technology allows measurements at near molecular level precision, taking physical measurements almost to the theoretical limit - translating into an accuracy level of 103 to 105 times better than current state-of-the-art sensing devices.
Robust: The technology can be applied to measure distance, temperature, vibration, displacement, acceleration, volume, viscosity, density, mass, pressure, and flow with high stability and extreme accuracy.
Flexible: Parameters previously not measurable are now easily and accurately measured. In addition, the technology can be efficiently packaged for various applications and designed to deliver reliable data.
Cost effective: The technology is based on low cost electronics that can be mass produced in extremely low cost, and sold to the end user with significant margins, while still enabling the end customer a significant cost saving over current technologies.
Strongly protected: The Company holds numerous registered and pending patents on the core generic sensing technology, and currently has numerous provisional pending patents for various sensor products and industry applications.
By utilizing time as the basis of the technology in the way our underlying sensor technology does, it results in ability to detect various physical phenomena with higher sensitivity and stability to the tune of four to five orders of magnitude than current state-of-the-art sensor technologies. This technology allows for a flexible platform without a direct correlation between precision and cost, thus enabling highest sensitivity at acceptable cost and sensor size.
Accuracy: The technology allows measurements at near molecular level precision, taking physical measurements almost to the theoretical limit - translating into an accuracy level of 103 to 105 times better than current state-of-the-art sensing devices.
Robust: The technology can be applied to measure distance, temperature, vibration, displacement, acceleration, volume, viscosity, density, mass, pressure, and flow with high stability and extreme accuracy.
Flexible: Parameters previously not measurable are now easily and accurately measured. In addition, the technology can be efficiently packaged for various applications and designed to deliver reliable data.
Cost effective: The technology is based on low cost electronics that can be mass produced in extremely low cost, and sold to the end user with significant margins, while still enabling the end customer a significant cost saving over current technologies.
Strongly protected: The Company holds numerous registered and pending patents on the core generic sensing technology, and currently has numerous provisional pending patents for various sensor products and industry applications.
By utilizing time as the basis of the technology in the way our underlying sensor technology does, it results in ability to detect various physical phenomena with higher sensitivity and stability to the tune of four to five orders of magnitude than current state-of-the-art sensor technologies. This technology allows for a flexible platform without a direct correlation between precision and cost, thus enabling highest sensitivity at acceptable cost and sensor size.
An example of Respiratory Problems scoring use Nexense Sensor.
nsd-ApneaTwoPerson Sensor A
23-Apr-2008 22:15:00 - 24-Apr-2008 04:50:00
Total duration:395.0 min
Total sleep Time:395.0 min.
Total respiratory problem events (10+ sec.): 247
>=10 seconds: 247 respiratory problem events.
>=15 seconds: 202 respiratory problem events.
>=20 seconds: 164 respiratory problem events.
>=30 seconds: 75 respiratory problem events.
Respiratory problem events(10+ sec.) per hour: 37.5
Average respiratory problem (10+ sec.) length:24.3 sec.
% of sleep time: 25.33%
Snore events: 602. Per hour: 91.4 Total duration,min: 41.4 Contents: 10.5%
Calc by Nexense SleePure Plus22-May-2008 16:55:05
23-Apr-2008 22:15:00 - 24-Apr-2008 04:50:00
Total duration:395.0 min
Total sleep Time:395.0 min.
Total respiratory problem events (10+ sec.): 247
>=10 seconds: 247 respiratory problem events.
>=15 seconds: 202 respiratory problem events.
>=20 seconds: 164 respiratory problem events.
>=30 seconds: 75 respiratory problem events.
Respiratory problem events(10+ sec.) per hour: 37.5
Average respiratory problem (10+ sec.) length:24.3 sec.
% of sleep time: 25.33%
Snore events: 602. Per hour: 91.4 Total duration,min: 41.4 Contents: 10.5%
Calc by Nexense SleePure Plus22-May-2008 16:55:05
21 January 2008
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