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During the last few years, advances in the internet of Things have led to some incredible technological breakthroughs across various industries.

Leveraging concepts like sophisticated condition monitoring with wireless, cloud-based sensors has exploded the volume of information available to corporations and developers of diagnostic technological know-how. With dynamic monitoring solutions being introduced, this information is broken down into useful analytics which may have helped companies save money through predictive maintenance, streamlining his or her processes and improving product level of quality.

For the medical field, this sort of data collection has the potential to help improve health care and sometimes save lives. By integrating different analytical tools into devices, researchers can develop more holistic, personalized treatment plans for his or her patients.

Improve medical practice using precise motion capture
Parker’s Flexible Displacement Sensor is well suited for multiple medical applications. Thin plus flexible, these sensors make for an unobtrusive monitoring solution which can be built into instruments, orthoses, or garments to gather that vital diagnostic data




Actual rehabilitation
Diagnostics and physical rehab go hand-in-hand. In the case of patients with suffered a stroke or other form of brain injury, they will likely be put on a rehab regimen to support improve and/or restore range-of-motion. A great treatment usually requires two aspects:

Physical therapy (PT) in a good outpatient setting, where the therapist can coach a man through the motions and keep an eye on progress
Exercises that the patient must complete in your house without a therapist on-hand with regard to coaching or monitoring

While diagnostic devices is not going to replace the coaching element associated with PT, they can enable better tracking with the patient’s progress. When built into an orthotic device or sewn to the fabric of a garment, a Flexible Displacement Sensor can monitor a patient’s motion without blocking movement. As the patient corners, bends at the knee or maybe stretches his arm, the sensor takes those sizes and transmits them wirelessly to some mobile device with Parker’s cell phone software.

The benefits

Accurately track the patient’s progress as time passes
Both the patient and the therapist could see the progress whether the patient was in the therapist’s office or at home
Potentially reduce the patient’s time from the therapist’s office, improving the patient’s good quality of life and reducing his / her expenses.

www.tmvenus.com/Displacement-Sensor-pl3536786.html