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for 3 seconds. It then switches on for 1 second. As soon as the indicator emits a continuous light, you
can release the button.
The provided software will guide you through an effective data transmission between the
MOTIONPOD™ sensor and the MOTIONCONTROLLER™.
3.
HOW TO WEAR THE MOTIONPOD™
To fix MOTIONPOD™ on the patient, use solutions provided by the product supplier. Be sure not to
tighten up excessively. The MOTIONPOD™ is provided with a mechanical interface to attach
bracelets, belts or straps. This is the only interface that the user must use to adapt non-magnetic
bracelets provided by the manufacturer. The MOTIONPOD™ should not be in contact with any other
material that can cause measurement distortion.
MOTIONPOD™ must however remain attached to the patient. A biocompatible Clothing interface can
be placed between the skin and the MOTIONPOD™ to guarantee hygiene and to avoid direct contact.
Do not use any other mechanical interface than the one provided by the supplier and specially made
for this purpose.
VII.
PRECAUTIONS
1.
USING ENVIRONMENTS
The MOTIONPOD™ is a measurement technology based on accelerometers and magnetometers. Its
main function is to provide the user with 3D orientation of the body segment wearing the sensor.
The MOTIONPOD™ is well-adapted to estimate posture of a joint segment. Measurements must be
carried out in static or quasi-static position.
The use of MOTIONPOD™ does not consist of any delayed or long-lasting response. Movements of
the patient must however be carried out under control of health professional. Indications given by
the MOTIONPOD™ are not facts.
The MOTIONPOD™ encloses sensors that to measure orientation parameters in space. These
measurements should not be used for diagnosis. They are only informative and meant to support
the physical therapists decision. They are not certified, so the information they give must be subject
to discussion.
Like any electronic device, there is a risk of modification of the systems’ essential
performances in case of electromagnetic disturbances. This risk is increased by
the presence of magnetometers in the system.
Note 1: A magnetic object is disturbing. Similarly, a ferrous object (attractable by a magnet)
is also very likely to disturb magnetometers of the MOTIONPOD™.
