Overview Of Adjustment Parameters In Mymodes - Ottobock Genium X3 3B5-3 Gebrauchsanweisung

The following parameters can be modified:
Parameter
Resistance
Angle
Stance function
Sitting function
Stair Function
Pitch
Volume

8.2.3 Overview of adjustment parameters in MyModes

CAUTION
Improper use of the setting parameters in the MyModes
Falling due to unexpected product behaviour because of changed damping behaviour.
► Get the O&P professional and/or therapist to instruct you regarding the functionality and
adjustment options for all parameters of the MyModes.
INFORMATION
When mute mode (silent mode) is activated, no beep and vibration signals are generated.
The parameters in the MyModes describe the static behaviour of the prosthesis for a specific
motion pattern such as cross-country skiing. Damping behaviour is not automatically controlled
and adjusted in MyModes.
Adjustment Setting
software range, app
range
120 – 180 +/- 10
55° – 70° +/- 3°
Deactivated 0 - deactivated
Activated 1 - activated
Deactivated 0 - deactivated
Activated 1 - activated
Deactivated 0 - deactivated
Activated 1 - activated
1000 Hz – 1000 Hz –
4000 Hz 4000 Hz
0 – 4 0 – 4
Meaning
Resistance against flexion motion e.g.
when walking down stairs or when sit­
ting down
Maximum flexion angle in the swing
phase
Activation/deactivation of the stance
function. For switching with the Cock­
pit app, this function has to be activ­
ated in the adjustment software. Fur­
ther information (see Page 74).
Activation/deactivation of the sitting
function. For switching with the Cock­
pit app, this function has to be activ­
ated in the adjustment software. Fur­
ther information (see Page 75).
Activating/deactivating the stair and
obstacle function. For switching with
the Cockpit app, this function has to
be activated in the adjustment soft­
ware. Further information (see
Page 76).
Pitch of beep signal for confirmation
tones
Volume of beep signal for confirma­
tion tones (e.g. when checking the
charge level, switching MyModes).
The "0" setting deactivates the aud­
ible feedback signals. However, warn­
ing signals in case of errors are still
generated.
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