Overview Of Adjustment Parameters In Mymodes; Turning Bluetooth On The Prosthesis On/Off; Switching Bluetooth Off/On Using The Cockpit App - Ottobock 1B1-2 Gebrauchsanweisung

Parameter
Heel Resist.
Rollover Resist.
Stair Function

8.4.3 Overview of adjustment parameters in MyModes

The parameters in the MyModes describe the static behaviour of the prosthesis for a specific
motion pattern such as golf. Damping behaviour is not automatically controlled and adjusted in
MyModes.
The following parameters can be modified in MyModes:
Parameter
Heel Resist.
Rollover Resist.
Stop angle

8.5 Turning Bluetooth on the prosthesis on/off

INFORMATION
Bluetooth on the prosthesis must be turned on in order to use the Cockpit app.
If Bluetooth is switched off, it can be turned on by turning the prosthesis upside-down (function
only available in basic mode) or by connecting/disconnecting the battery charger. Bluetooth is
then turned on for approx. 2 minutes. During this time, the app must be started and used to
establish a connection. If required, Bluetooth on the prosthesis can be switched on permanently
afterwards (see Page 72).

8.5.1 Switching Bluetooth off/on using the cockpit app

Switching off Bluetooth
1) When the component is connected, tap the symbol in the main menu.
72
Adjustment Setting
software range, app
range
10–60 ± 20
110–170 ± 10
ON–OFF ON–OFF
Adjustment Setting
software range, app
range
0–195 ± 20
0–195 ± 10
-200–200 ± 10
displayed in
0.1°
Meaning
ing signals are still generated when
errors occur (see Page 79).
Plantar flexion damping.
How fast the forefoot is lowered when
weight is placed on the heel.
This parameter defines how easy the
rollover is.
Switching on this function increases
the rollover angle when walking down
stairs. In order to do so, this function
needs to be enabled in the adjustment
software.
Meaning
Plantar flexion damping.
How fast the forefoot is lowered when
weight is placed on the heel.
Dorsiflexion damping.
How easily the value of the "Stop
angle" parameter can be reached, in
other words how strong the resistance
is to reaching the value of the "Stop
angle" parameter.
Ankle angle from which motion in the
rollover direction (in direction of dor­
siflexion) is locked.