Smart Insoles|Foot Data Logger|Gait Analysis

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Methods for interpreting gait analysis data

There is still not an accepted general theory of why we walk the way we do. In the absence of this, many explanations of walking address the mechanisms by which specific movements are achieved by particular muscles. A whole new methodology is developing to determine the functions of individual muscles. This needs further development and validation. A particular requirement is for subject specific models incorporating 3-dimensional imaging data of the musculo-skeletal anatomy with kinematic and kinetic data.

Continue reading “Methods for interpreting gait analysis data”

smart insole has nine layers

smart insole nine

Smart insole has nine layers,including the below:

Sensing Amplification Layer

Sensing Layer

Signal Converting Layer

Flexible Conduction Layer

Data Processing Layer

Skidproof design

Breathable and antibiosis material

Ergonomic design

Electric Isolation Layer

Foot Pressure measurement

From foot pressure measurement to plantar pressure distribution mapping , our smart insole sennopro can give you unique data and insight to reduce costs validate your technology.Our passion for sensor technology, investment in research, and engineering expertise enable us to meet your application challenge.

Body (Back, Foot) pressure mapping

gait analysis system |software |device

smart insoles read more                                              Sennologger |wearable technology platform provide smart insoles like sennopro .Sennopro is foot data logger,can capture plantar pressure and gait data.The sennologger will give you analyzers .So many clinic can use it replace of the traditional gait analysis system including the cameras , computers and cushions with sensors.

Smart Shoe Design: Adaptable Shoe for Foot Pronation

The final design of the “Smart Shoe” can be broken down into two main components: the data collection and processing system, and the control of the shoes variable stiffness. The force distribution of a user’s foot will be measured using force-sensing resistor (FSR) sensors, while a Arduino Mega and a custom printed circuit board (PCB) collect and process the force data. Ten FSR sensors are distributed along the insole and communicate with a MATLAB program via Bluetooth. When certain force thresholds are exceeded, the software attempts to vary the stiffness of the insole in order to adjust the forces to an acceptable level. The software does this by triggering solenoid valves and an air compressor to control air-flow inside the shoe that will modify its stiffness. An HC-05 chip is used to transfer the sensor readings via bluetooth to the MATLAB program.

The Plantar Pressures of Patients with Diabetes Mellitus

Some researchers do a research,the results of this study demonstrate that an unsupervised range-of-motion exercise program can reduce peak plantar pressures in the diabetic foot. Given that high plantar pressures have been linked to diabetic neuropathic ulceration, it may be possible to reduce the risk of such ulceration with this therapy.
Cutaneous ulceration is one of the most serious sequelae that can occur in the diabetic foot.Unresolved, a diabetic foot ulceration may eventually lead to lower-extremity amputation.Insensitivity, dehydrated integument, limited joint mobility, and repetitive pressures have been suggested to contribute to dermal pathology and eventual ulceration.

The innovative system for analysing data on injury prevention and rehabilitation!


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