Moover One
Measure movements, accelerations, rotations in space with our inertial sensor: Moover One
Moover One is a miniaturized inertial sensor capable of measuring movements, accelerations and rotations in space. Its application in the scientific field allows the evaluation of cervical and articular ROMs, which are important data in prevention and rehabilitation terms. It allows the identification of weak points during the analysis or follow the patient’s progress during the treatment.
Why use Moover One?
Wireless: The evaluation of joint ROMs takes place without cables that could get in the way – Wearable: On the head or on the lower limbs, for goniometric evaluation of the joints – Light: Its low weight is not an impediment when carrying out tests.
The inertial sensor is quick to apply, on its elastic band in the following seven anatomical segments following the guided analysis protocols present in the software:
- Cervical
- Shoulder
- Wrist
- Back
- Hip
- Knee
- Ankle
TECHNICAL INFORMATION
CERVICAL ROM
Visualization of the Cervical Range of Motion (ROM) curve to analyze the harmony and symmetry in the execution of the movement. The maximum and minimum values, as well as the total angle, are reported
AUTOMATIC REPORT
The software automatically generates a report based on the data acquired from the Moover One sensor, comparing the patient's results (average and maximum values) with the gold standard parameters represented in the green areas. The report can be edited.
HUMAN BODY JOINTS
Representation of the human body joints that can be measured with the Moover One sensor, giving a summary of the result of the joint ROM, (Maximum and minimum values of the movement executed in each plane)
SHOULDER ROM
Visualization of the Shoulder Range of Motion (ROM) curve to analyze the harmony and symmetry in the execution of the movement. The maximum and minimum values, as well as the total angle, are reported
ELBOW ROM
Visualization of the Elbow Range of Motion (ROM) curve to analyze the harmony and symmetry in the execution of the movement. The maximum and minimum values, as well as the total angle, are reported
BACK ROM
Visualization of the Back Range of Motion (ROM) curve to analyze the harmony and symmetry in the execution of the movement. The maximum and minimum values, as well as the total angle, are reported
HIP ROM
Visualization of the Hip Range of Motion (ROM) curve to analyze the harmony and symmetry in the execution of the movement. The maximum and minimum values, as well as the total angle, are reported
KNEE ROM
Visualization of the Knee Range of Motion (ROM) curve to analyze the harmony and symmetry in the execution of the movement. The maximum and minimum values, as well as the total angle, are reported
ANKLE ROM
Visualization of the Ankle Range of Motion (ROM) curve to analyze the harmony and symmetry in the execution of the movement. The maximum and minimum values, as well as the total angle, are reported
MOOVER ONE ANALYSIS PARAMETERS
- Cervical rotation, inclination and flexion-extension
- Flexion-extension, vertical and horizontal ab-adduction of the shoulder
- Flexion-extension and pronation-supination of the wrist
- Dorsal rotation, inclination and flexion-extension
- Flexion-extension, ab-adduction, hip rotation
- Knee flexion-extension
- Inversion-eversion, dorsal and plantar flexion of the ankle
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