Gait analysis system for pressure measurement, adopting the pressure sensing principle, usually has the following principles and application scenarios:
1. Pressure sensing, high accuracy, high-precision evaluation results, with an error controllable within 2kPa.
Through the pressure sensing principle, using sensor array feedback, the plantar pressure distribution data during gait is obtained, with fine evaluation results and small deviation.
The evaluated pressure data can be applied to the type determination of flatfoot and the design of correction schemes.
2. Fast data collection.
Generally speaking, pressure measurement through the gait analysis system only takes 10-40 seconds to complete gait collection and obtain complete pressure change data.
In the case of traditional manual observation methods, not only is the evaluation highly subjective, but it also takes a relatively long time, up to more than ten minutes or even longer.
3. Belongs to dynamic evaluation.
The gait analysis system for pressure measurement collects data through the dynamic contact between the sensor panel and the plantar surface, without the need for a fixed posture, and belongs to dynamic evaluation.
This evaluation method can avoid the deviation between static measurement and actual gait, and also avoid the evaluation distortion caused by fixed posture.
It is particularly suitable for children’s flatfoot screening, adult gait abnormality evaluation, or groups that need long-term monitoring.
4. Can capture the law of pressure change.
Through dynamic collection, the law of plantar pressure change in each stage of gait can be captured, which makes the evaluated results more complete and accurate.
It is particularly applicable in institutions and related application scenarios that have high requirements for evaluation accuracy, such as rehabilitation medicine and children’s health management.
5. High safety and wide applicability to groups.
Adopting passive sensing technology, it has no radiation and no stimulation, is harmless to the human body, and is suitable for flatfoot evaluation needs of different age groups.
