Based on the plantar 3D laser scanner and pressure plate, integrating laser imaging and pressure sensing technology, it has the following functions when applied to gait assessment and functional recovery monitoring in rehabilitation medicine:
1. High evaluation accuracy, making gait diagnosis more accurate.
Through the integrated technology principle, using laser scanning and pressure feedback, dual 3D data information of plantar morphological structure and gait force distribution is obtained, with refined evaluation results and small deviation.
The collected dual data can be applied to the precise assessment of gait problems during rehabilitation, such as hemiplegic gait, cerebral palsy gait, and postoperative abnormal gait.
2. High evaluation efficiency, making rehabilitation monitoring more convenient.
Generally speaking, through the combined detection of the plantar 3D laser scanner and pressure plate, it only takes about 30 seconds to complete gait data collection, and complete rehabilitation evaluation data of gait function can be obtained.
In the case of traditional gait measurement methods, not only the data integrity is poor, but also it takes a long time, even more than ten minutes or longer.
3. It belongs to non-invasive detection and is suitable for people with gait disorders during rehabilitation.
The plantar 3D laser scanner and pressure plate conduct combined detection by scanning the plantar morphology with laser beams and capturing gait force with the pressure plate, without touching or stimulating the affected area, belonging to non-invasive measurement.
This detection method can avoid gait compensation reactions caused by contact stimulation during the evaluation process, and also avoid interference with the rehabilitation process caused by invasive detection.
It is especially suitable for people with gait disorders who have limited limb movement and sensitive skin during rehabilitation, or people who are resistant to invasive detection.
4. It can obtain the characteristics of dynamic functional changes of gait.
Through combined detection and scanning, the subtle change characteristics of gait morphology and force-bearing mode during the rehabilitation process can be captured, making the monitored data more complete and targeted.
It is especially suitable for institutions and related application scenarios that have high requirements for the accuracy of gait assessment data, such as rehabilitation medicine departments and foot and ankle rehabilitation centers.
5. High safety, no adverse effects, and suitable for long-term rehabilitation tracking.
The equipment adopts laser non-invasive imaging and pressure sensing adaptation technology, with no harmful stimulation and no harm to the human body, which can meet the needs of long-term and multiple rehabilitation tracking and evaluation for patients with gait disorders.
