Otto Bock Genium X3 User manual

Genium X3 - Bionic Prosthetic System
Instructions for use (user) ............................................................................................... 3
取扱説明書(ユーザー用) .................................................................................................. 51
使用说明书 (用户) .......................................................................................................... 95

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Important information1 6....................................................................................................
Foreword2 7.........................................................................................................................
Product description3 7.......................................................................................................
Design3.1 7................................................................................................................
Function3.2 7..............................................................................................................
Application4 8......................................................................................................................
Indications for use4.1 8................................................................................................
Area of application4.2 8...............................................................................................
Conditions of use4.3 8.................................................................................................
Indications4.4 8...........................................................................................................
Qualification4.5 8........................................................................................................
Safety5 9...............................................................................................................................
Explanation of warning symbols5.1 9..............................................................................
Structure of the safety instructions5.2 9..........................................................................
General safety instructions5.3 9....................................................................................
Information on the Power Supply/Battery Charging5.4 12.................................................
Battery charger information5.5 12..................................................................................
Information on Proximity to Certain Areas5.6 13..............................................................
Information on Use5.7 14.............................................................................................
Notes on the safety modes5.8 15...................................................................................
Information on the use of a mobile device with the cockpit app5.9 16.................................
Scope of Delivery and Accessories6 17............................................................................
Charging the battery7 17....................................................................................................
Connecting the power supply and battery charger7.1 17..................................................
Charging the prosthesis battery7.2 18............................................................................
Display of the current charge level7.3 18........................................................................
Display of battery charge level without additional devices7.3.1 18........................................
Display of the current charge level using the Cockpit app7.3.2 19........................................
Display of current charge level using remote control (optional accessory)7.3.3 19..................
Display of the current charge level during the charging process7.3.4 19...............................
Cockpit app8 19...................................................................................................................
System Requirements8.1 20.........................................................................................
Initial connection between cockpit app and prosthesis8.2 20............................................
Starting the cockpit app for the first time8.2.1 20...............................................................
Control elements for cockpit app8.3 21..........................................................................
Cockpit app navigation menu8.3.1 22...............................................................................
Managing prostheses8.4 22..........................................................................................
Adding component8.4.1 22.............................................................................................
Deleting a component8.4.2 23.........................................................................................
Connecting component with multiple devices8.4.3 23.........................................................
Table of contents
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Use9 23.................................................................................................................................
Movement patterns in basic mode (mode 1)9.1 23...........................................................
Standing9.1.1 23...........................................................................................................
Stance function9.1.1.1 24..................................................................................................
Walking9.1.2 24.............................................................................................................
Running short distances ("walk-to-run" function)9.1.3 24....................................................
Sitting down9.1.4 25......................................................................................................
Sitting9.1.5 25...............................................................................................................
Sitting function9.1.5.1 25...................................................................................................
Standing up9.1.6 25.......................................................................................................
Walking up stairs step-over-step9.1.7 26...........................................................................
Overcoming obstacles9.1.8 26........................................................................................
Walking down stairs9.1.9 27...........................................................................................
Walking down a ramp9.1.10 27.........................................................................................
MyModes9.2 27..........................................................................................................
Running function as configured MyMode9.2.1 28...............................................................
Switching MyModes with the cockpit app9.2.2 28..............................................................
Switching MyModes using motion patterns9.2.3 29............................................................
Switching from a MyMode back to basic mode9.2.4 30.......................................................
Changing prosthesis settings9.3 31...............................................................................
Changing the prosthesis setting using the cockpit app9.3.1 32............................................
Overview of adjustment parameters in basic mode9.3.2 32..................................................
Overview of adjustment parameters in MyModes9.3.3 33....................................................
Turning Bluetooth on the prosthesis on/off9.4 34.............................................................
Switching Bluetooth off/on using the cockpit app9.4.1 34...................................................
Querying the prosthesis status9.5 35.............................................................................
Query status through cockpit app9.5.1 35.........................................................................
Status display in the cockpit app9.5.2 35..........................................................................
Status information on the display of the remote control (optional accessory)9.5.3 35..............
Mute mode (silent mode)9.6 36.....................................................................................
Turning mute mode on/off using the Cockpit app9.6.1 36...................................................
Turning mute mode on/off using the remote control9.6.2 36................................................
Deep sleep mode9.7 36...............................................................................................
Turning deep sleep mode on/off using the Cockpit app9.7.1 36...........................................
Turning deep sleep mode on/off using the remote control9.7.2 37........................................
OPG function (Optimised Physiological Gait)9.8 37.........................................................
Additional operating states (modes)10 38.........................................................................
Empty battery mode10.1 38............................................................................................
Mode for charging the prosthesis10.2 38.........................................................................
Safety mode10.3 38.......................................................................................................
Overheating mode10.4 38..............................................................................................
Storage and bleeding11 39..................................................................................................
Cleaning12 39........................................................................................................................

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Maintenance13 39.................................................................................................................
Legal information14 39.........................................................................................................
Liability14.1 40.............................................................................................................
Trademarks14.2 40.......................................................................................................
CE Conformity14.3 40...................................................................................................
Local Legal Information14.4 40.......................................................................................
Appendices15 41...................................................................................................................
Symbols Used15.1 41....................................................................................................
Symbols on the product15.1.1 41......................................................................................
Symbols on the battery charger15.1.2 42............................................................................
Operating states/error signals15.2 42..............................................................................
Signals for operating states15.2.1 42.................................................................................
Warnings/error signals15.2.2 43........................................................................................
Error messages while establishing a connection with the cockpit app15.2.3 46.......................
Status signals15.2.4 46....................................................................................................
Technical data15.3 48....................................................................................................

1 Important information
The functional scope of products with serial numbers SN201525XXX and higher, or products
that have been serviced or repaired by an authorised Ottobock Service Centre since June 2015,
has been extended.
Extended functional scope:
• Switching to pre-configured MyModes and changing the prosthesis settings by using the
remote control or an app for Smartphones (Cockpit 4X441) (see Page19, see Page32)
• Possibility of using an intentional stance function (see Page24)
• Displays of the current battery level without additional devices (see Page18)
• Deactivation of feedback and vibration signals (mute mode – see Page36)
• Stance, sitting, and stairs function can be switched off (see Page32)
• Bluetooth function can be switched off (see Page34)
INFORMATION
Remote control function only possible with version 1.0.0.6 or above
Please note that you can only use this and/or the updated knee joint with the 4X350-X3 remote
control in version 1.0.0.6 or higher.
Therefore, check the version of the remote control as follows:
►With the remote control switched on, use the and keys to select the menu option RC
settings and confirm with the key.
►Use the and keys to select the menu option Info and confirm this with the key.
►Use the and keys to select the RC version: 1.0.0.4menu option. If an older version
appears than 1.0.0.6, the remote control must be updated by an authorised Ottobock Ser
vice Centre.
The function of the remote control with this or the updated knee joint is only pos
sible with version 1.0.0.6 or higher.
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2 Foreword
INFORMATION
Last update: 2015-09-28
►Please read this document carefully before using the product.
►Follow the safety instructions to avoid injuries and damage to the product.
►Receive instruction in the correct and safe use of the product by qualified personnel.
►Please contact the qualified personnel if you have questions about the product (e.g.regard
ing the start-up, use, maintenance, unexpected operating behaviour or circumstances).
Contact information can be found on the back page.
►Please keep this document in a safe place.
The product "Genium X3 - Bionic Prosthetic System" is called the product/prosthesis/knee
joint/component in the following.
These instructions for use provide you with important information on the use, adaptation and
handling of the product.
Only put the product into use in accordance with the information contained in the accompanying
documents supplied.
3 Product description
3.1 Design
The product consists of the following components:
87654321
1. Proximal pyramid adapter
2. Optional flexion stops
3. Battery
4. Hydraulic unit
5. LED (blue) as indicator for the Bluetooth
connection
6. Receiver of the inductive charging unit
7. Distal tube clamp screws (covered by pro
tector)
8. Connecting cable for tube adapter
3.2 Function
This product features microprocessor control of the stance and swing phase.
The microprocessor uses the measurements of an integrated sensor system as a basis to control
a hydraulic unit that influences the damping behaviour of the product.

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These sensor data are updated and evaluated 100 times per second. As a result, the behaviour of
the product is adapted to the current motion situation (gait phase) dynamically and in real time.
Thanks to the microprocessor-controlled stance and swing phase, the system can be individually
adapted to your needs.
For this purpose, the product is adjusted by qualified personnel using adjustment software.
The product features MyModes for special motion types (e.g. cross-country skiing, ...). These are
pre-configured by the prosthetist using the adjustment software and can be activated with special
motion patterns, the cockpit app and the remote control (optional accessory) (see Page27).
In case of a system malfunction, safety mode makes restricted operation possible. Predefined
resistance parameters are configured in the product for this purpose (see Page38).
Empty battery mode permits safe walking when the battery is drained. Resistance parameters that
are predefined by the product are configured for this purpose (see Page38).
The microprocessor-controlled hydraulic unit offers the following advantages
• Approximation of the physiological gait pattern
• Stability while standing and walking
• Adaptation of product characteristics to various surfaces, inclines, gait situations and walking
speeds
4 Application
4.1 Indications for use
The product is to be used solely for lower limb exoprosthetic fittings.
4.2 Area of application
Area of application according to the MOBIS mobility system:
°
kg
The product is recommended for mobility grade3 (unrestricted outdoor walker)
and mobility grade4 (unrestricted outdoor walker with particularly high demands).
Approved for a body weight of up to 125kg(275 lbs).
4.3 Conditions of use
The product was developed for everyday use and must not be used for unusual activities. These
unusual activities include, for example, extreme sports (free climbing, parachuting, paragliding,
etc.).
Permissible ambient conditions are described in the technical data (see Page48).
The product is intended exclusively for use on one user. Use of the product by another person is
not approved by the manufacturer.
4.4 Indications
• For users with knee disarticulation, transfemoral amputation and hip disarticulation (users
with hip disarticulation or hemipelvectomy have to be fitted with the 7E10=* Helix3Dhip joint).
• For unilateral or bilateral amputation
• Dysmelia patients with residual limb characteristics corresponding to knee disarticulation,
transfemoral amputation or hip disarticulation
• The user must fulfil the physical and mental requirements for perceiving optical/acoustic sig
nals and/or mechanical vibrations
4.5 Qualification
The product may be fitted only by qualified personnel authorised by Ottobock after completing the
corresponding training.

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5 Safety
5.1 Explanation of warning symbols
WARNING Warning regarding possible serious risks of accident or injury.
CAUTION Warning regarding possible risks of accident or injury.
NOTICE Warning regarding possible technical damage.
5.2 Structure of the safety instructions
CAUTION
The heading describes the source and/or the type of hazard
The introduction describes the consequences in case of failure to observe the safety instruc
tions. Consequences are presented as follows if more than one consequence is possible:
> E.g.: Consequence 1 in case of failure to observe the hazard
> E.g.: Consequence 2 in case of failure to observe the hazard
►This symbol identifies activities/actions that must be observed/carried out in order to avert
the hazard.
5.3 General safety instructions
WARNING
Using the prosthesis while operating a vehicle
Accidents due to unexpected behaviour of the prosthesis because of changed damping beha
viour.
►All users are required to observe their country’s national and state driving laws when operat
ing vehicles. For insurance purposes, drivers should have their driving ability examined and
approved by an authorised test centre.
►Observe national legal regulations for retrofitting your vehicle in accordance with the type of
fitting.
WARNING
Use of damaged power supply unit, adapter plug or battery charger
Risk of electric shock due to contact with exposed, live components.
►Do not open the power supply unit, adapter plug or battery charger.
►Do not expose the power supply unit, adapter plug or battery charger to extreme loading
conditions.
►Immediately replace damaged power supply units, adapter plugs or battery chargers.
CAUTION
Failure to observe warning/error signals
Falling due to unexpected product behaviour because of changed damping behaviour.
►The warnings/error signals (see Page43) and corresponding change in damping settings
must be observed.
CAUTION
Failure to observe activated mute mode (silent mode)
Falling due to unexpected product behaviour because of changed damping behaviour.
The following feedback signals are deactivated when mute mode is activated:

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> Long vibration signal if the hydraulic unit overheats.
> Beep and vibration signal to confirm that the movement pattern has been recognised
(switching to a MyMode/basic mode with movement pattern).
> Beep and vibration signal to indicate successful switching to a MyMode/basic mode.
> Beep and vibration signal upon successfully switching to deep sleep mode.
►Before activating mute mode, note that these feedback signals will be deactivated. For more
information about mute mode, see the section "Mute mode" (see Page36).
►After switching to a MyMode/basic mode, verify the changed damping settings.
►Ensure that you stand securely during all switching processes.
►To deactivate mute mode, connect and then disconnect the battery charger.
CAUTION
Independent user manipulation of system components
Falling due to breakage of load-bearing components or malfunction of the product.
►Manipulations to the product other than the tasks described in these instructions for use are
not permitted.
►The battery may only be handled by Ottobock authorised, qualified personnel (no replace
ment by the user).
►The product and any damaged components may only be opened and repaired by authorised,
qualified Ottobock personnel.
CAUTION
Mechanical stress on the product
> Falling due to unexpected product behaviour as the result of a malfunction.
> Falling due to breakage of load-bearing components.
> Skin irritation due to defects on the hydraulic unit with leakage of liquid.
►Do not subject the product to mechanical vibrations or impacts.
►Check the product for visible damage before each use.
CAUTION
Use of the product when battery charge level is too low
Falling due to unexpected behaviour of the prosthesis because of changed damping behaviour.
►Check the current charge level before use and charge the prosthesis if required.
►Note that the operating time of the product may be reduced at low ambient temperatures or
due to ageing of the battery.
CAUTION
Risk of pinching in the joint flexion area
Injuries due to pinching of body parts.
►Ensure that fingers and other body parts are not in this area when bending the joint.
CAUTION
Penetration of dirt and humidity into the product
> Falling due to unexpected product behaviour as the result of malfunction.
> Falling due to breakage of load-bearing components.
►Ensure that no solid particles or foreign objects can penetrate into the product.

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►The knee joint and AXON tube adapter are waterproof and resistant to corrosion. The knee
joint and AXON tube adapter can be operated in fresh and salt water. Do not use the knee
joint under extreme conditions like diving or jumping into the water. The knee joint and
AXON tube adapter are designed for underwater use.
►After contact with water, hold the prosthesis with the sole of the foot facing up until the water
has drained from the knee joint and AXON tube adapter.
►After using the knee joint in a salt water environment, remove the protective cover and rinse
knee joint, AXON tube adapter and protector with fresh water. Dry the knee joint and com
ponents with a lint-free cloth and allow the components to fully air dry.
►Should the knee joint or AXON tube adapter come into contact with solutions other than
fresh or salt water, remove the protective cover. Rinse knee joint, AXON tube adapter and
protective cover with fresh water and let them dry.
►The knee joint and the AXON tube adapter are not protected against the penetration of jets
of water and steam.
►If water gets into the electronics, the knee joint must be inspected by an authorised
Ottobock Service Centre. Your prosthetist is the contact person.
CAUTION
Use of the product without protector or with damaged protector
> Falling due to unexpected product behaviour as the result of malfunction.
> Falling due to breakage of load-bearing components.
►If the protector has been removed, ensure prior to the next use of the product that the pro
tector has been properly installed.
►Using the product with a damaged protector or without the protector is not permitted.
►Using the product with a foam cover is not possible, since the protector would have to be
removed for this purpose.
CAUTION
Mechanical stress during transport
> Falling due to unexpected product behaviour as a result of a malfunction.
> Falling due to breakage of load-bearing components.
> Skin irritation due to defects on the hydraulic unit with leakage of liquid.
►Only use the transport packaging for transportation.
CAUTION
Signs of wear on system components
Falling due to damage or malfunction of the product.
►In the interest of the user's own safety and in order to maintain the operational reliability and
the validity of the warranty, the specified service intervals must be observed.
NOTICE
Improper product care
Damage to the product due to the use of incorrect cleaning agents.
►Clean the product with a damp cloth only (fresh water).
►Only use fresh water with a temperature of no more than 65°C for cleaning.
►If dirt cannot be removed, the product has to be sent to an authorised Ottobock Service
Centre. Your prosthetist is the contact person.

12 | Ottobock
INFORMATION
When using exoprosthetic knee joints, servomotor, hydraulic, pneumatic or brake load depend
ent control functions can cause movement noise. This kind of noise is normal and unavoidable.
It generally does not cause any problems. If movement noise increases noticeably during the
lifecycle of the knee joint, the knee joint should be inspected by a prosthetist immediately.
5.4 Information on the Power Supply/Battery Charging
CAUTION
Charging the product without taking it off
Falling due to unexpected product behaviour because of changed damping behaviour.
►For safety reasons, take the product off before charging the battery.
CAUTION
Charging the product with damaged power supply unit/charger/charger cable
Falling due to unexpected behaviour of the product caused by insufficient charging.
►Check the power supply unit, charger and charger cable for damage before use.
►Replace any damaged power supply unit, charger or charger cable.
NOTICE
Use of incorrect power supply unit/battery charger
Damage to product due to incorrect voltage, current or polarity.
►Use only power supply units/battery chargers approved for this product by Ottobock (see
instructions for use and catalogues).
5.5 Battery charger information
NOTICE
Penetration of dirt and humidity into the product
Lack of proper charging functionality due to malfunction.
►Ensure that neither solid particles nor liquids can penetrate into the product.
NOTICE
Mechanical stress on the power supply/battery charger
Lack of proper charging functionality due to malfunction.
►Do not subject the power supply/battery charger to mechanical vibrations or impacts.
►Check the power supply/battery charger for visible damage before each use.
NOTICE
Operating the power supply unit/charger outside of the permissible temperature range
Lack of proper charging functionality due to malfunction.
►Only use the power supply unit/charger for charging within the allowable temperature range.
The section "Technical data" contains information on the allowable temperature range (see
Page48).

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NOTICE
Independent changes or modifications carried out to the battery charger
Lack of proper charging functionality due to malfunction.
►Have any changes or modifications carried out only by Ottobock authorised, qualified per
sonnel.
NOTICE
Contact of the battery charger with magnetic data storage devices
Wiping of the data storage device.
►Do not place the battery charger on credit cards, diskettes, audio or video cassettes.
5.6 Information on Proximity to Certain Areas
CAUTION
Distance to HF communication devices is too small (e.g. mobile phones, Bluetooth
devices, WiFi devices)
Falling due to unexpected behaviour of the product caused by interference with internal data
communication.
►Therefore, keeping the following minimum distances to these HF communication devices is
recommended:
• Mobile phone GSM 850/GSM 900: 0.50m
• Mobile phone GSM 1800/GSM 1900/UMTS: 0.35 m
• DECT cordless phones incl. base station: 0.18 m
• WiFi (routers, access points,…): 0.11 m
• Bluetooth devices (third-party products not approved by Ottobock): 0.11 m
CAUTION
Proximity to sources of strong magnetic or electrical interference (e.g. theft prevention
systems, metal detectors)
Falling due to unexpected behaviour of the product caused by interference with internal data
communication.
►Avoid remaining in the vicinity of visible or concealed theft prevention systems at the
entrance/exit of stores, metal detectors/body scanners for persons (e.g. in airports) or other
sources of strong magnetic and electrical interference (e.g. high-voltage lines, transmitters,
transformer stations, computer tomographs, magnetic resonance tomographs, etc.).
If this cannot be avoided, ensure at least that you are able to walk or stand steadily (e.g. by
using a handrail or the support of another person).
►When walking through theft prevention systems, body scanners or metal detectors, watch
for unexpected changes in the damping behaviour of the product.
CAUTION
Remaining in areas outside the allowable temperature range
Falling due to malfunction or the breakage of load-bearing product components.
►Avoid remaining in areas with temperatures outside of the permissible range (see Page48).

14 | Ottobock
5.7 Information on Use
CAUTION
Walking up stairs
Falling due to foot placed incorrectly on stair as a result of changed damping behaviour.
►Always use the handrail when walking up stairs and place most of the area of the sole of
your foot on the stair surface.
►Particular caution is required when carrying children up stairs.
CAUTION
Walking down stairs
Falling due to foot being placed incorrectly on stair as a result of changed damping behaviour.
►Always use the handrail when walking down stairs and roll over the edge of the step with the
middle of the shoe.
►Observe the warning/error signals (see Page43).
►Be aware that resistance in the flexion and extension direction can change in case of warn
ing and error signals.
►Particular caution is required when carrying children down the stairs.
CAUTION
Overheating of the hydraulic unit due to uninterrupted, increased activity (e.g. extended
walking downhill)
> Falling due to unexpected behaviour of the product because of switching into overheating
mode.
> Burns due to touching overheated components.
►Be sure to pay attention when pulsating vibration signals start. They indicate the risk of over
heating.
►As soon as these pulsating vibration signals begin, you have to reduce the activity level so
the hydraulic unit can cool down.
►Full activity may be resumed after the pulsating vibration signals stop.
►If the activity level is not reduced in spite of the pulsating vibration signals, this could lead to
the hydraulic element overheating and, in extreme cases, cause damage to the product. In
this case, the product should be checked for damage by a prosthetist. If necessary, the
prosthetist will forward the product to an authorised Ottobock Service Centre.
CAUTION
Overloading due to unusual activities
> Falling due to unexpected product behaviour as the result of malfunction.
> Falling due to breakage of load-bearing components.
> Skin irritation due to defects on the hydraulic unit with leakage of liquid.
►The product was developed for everyday use and must not be used for unusual activities.
These unusual activities include, for example, extreme sports (free climbing, paragliding,
etc.).
►Careful handling of the product and its components not only increases their service life but,
above all, ensures your personal safety!
►If the product and its components have been subjected to extreme loads (e.g. due to a fall,
etc.), then the product must be inspected for damage immediately by a prosthetist. If neces
sary, the prosthetist will forward the product to an authorised Ottobock Service Centre.

Ottobock | 15
CAUTION
Improper mode switching
Falling due to unexpected behaviour of the product because of changed damping behaviour.
►Ensure that you stand securely during all switching processes.
►Verify the changed damping characteristics after switching and observe the feedback from
the acoustic signal emitter.
►Switch back to basic mode once the activities in MyMode have been completed.
►Take the weight off the product and correct the switching, if required.
CAUTION
Improper use of the stance function
Falling due to unexpected product behaviour because of changed damping behaviour.
►Make sure that you are standing safely when using the stance function and check the lock of
the knee joint before placing your full weight on the prosthesis.
►Make sure you have been instructed in the proper use of the stance function by a prosthetist
or therapist. Information on the stance function see Page24.
CAUTION
Quickly pushing the hip forward with the prosthesis extended (e.g. serve while playing
tennis)
> Falling due to unexpected activation of the swing phase.
►Note that the knee joint may flex unexpectedly when the hip is pushed forward quickly while
the prosthesis is extended.
►Therefore, familiarise yourself with swing phase activation in such situations under secure
conditions (e.g. while holding on to parallel bars) and with the instruction of trained, quali
fied personnel.
►For sports where this movement pattern may occur, use a corresponding pre-configured
MyMode. For further information about the MyModes, see the section 'MyModes' (see
Page27).
5.8 Notes on the safety modes
CAUTION
Using the product in safety mode
Falling due to unexpected product behaviour because of changed damping behaviour.
►The warnings/error signals (see Page43) have to be observed.
►Particular caution is necessary when using a bicycle without a freewheel (with a fixed gear).
CAUTION
Safety mode cannot be activated due to malfunction caused by water penetration or
mechanical damage
Falling due to unexpected behaviour of the product because of changed damping behaviour.
►Do not continue using the defective product.
►Contact your prosthetist immediately.
CAUTION
Safety mode cannot be deactivated
Falling due to unexpected product behaviour because of changed damping behaviour.

16 | Ottobock
►If you cannot deactivate safety mode by recharging the battery, a permanent malfunction has
occurred.
►Do not continue using the defective product.
►The product must be inspected by an authorised Ottobock Service Centre. The prosthetist
is your contact person.
CAUTION
Safety signal occurs (ongoing vibration)
Falling due to unexpected behaviour of the product because of changed damping behaviour.
►Observe the warnings/error signals (see Page43).
►Do not continue using the product after the safety signal has been emitted.
►The product must be inspected by an authorised Ottobock Service Centre. In this case, the
contact person is your prosthetist.
5.9 Information on the use of a mobile device with the cockpit app
CAUTION
Improper use of the device
Falling due to altered damping behaviour as a result of unexpected switching into MyMode.
►Make sure you have been instructed in the proper use of the device with the cockpit app.
CAUTION
Independently applied changes or modifications made to the device
Falling due to altered damping behaviour as a result of unexpected switching into MyMode.
►Do not make any independent changes to the hardware of the device.
►Do not make any independent changes to the software/firmware of the device which are not
included in the update function of the software/firmware.
CAUTION
Improper mode switching with the device
Falling due to unexpected product behaviour because of changed damping behaviour.
►Ensure that you stand securely during all switching processes.
►Verify the changed damping characteristics after switching and observe the feedback from
the acoustic signal emitter (beeper) and the display on the device.
►Switch back to basic mode once the activities in MyMode have been completed.
NOTICE
Destruction of the device due to falling or penetration of water
Malfunction of the device.
►If necessary, let the device dry at room temperature (at least 1 day).
►If it should no longer be possible to switch back from a MyMode to basic mode, the com
ponent can only be switched back to basic mode by using a movement pattern (see
Page30) or by connecting/disconnecting the inductive battery charger.
NOTICE
Failure to observe the system requirements for the installation of the cockpit app
Malfunction of the device.

Ottobock | 17
►Install the cockpit app only on the operating systems listed in the section "System require
ments" (see Page20). The tested devices are listed in this section as well.
6 Scope of Delivery and Accessories
Scope of Delivery
• 1pc. 3B5-X3=ST Genium X3 - Bionic Pros
thetic System (with threaded connector) or
• 1pc. 3B5-X3 Genium X3 - Bionic Prosthet
ic System (with pyramid connector)
• 1 pc. 2R19 AXON tube adapter
• 1 pc. 757L16* power supply
• 1pc. 4E60* inductive charger
• 1 pc. 4X350-X3 remote control
• 1 pc. wrist band for 4X350-X3 remote con
trol: 4X194
• 1pc. cosmetic case for battery charger and
power supply
• 1pc. 646C107 Bluetooth PIN card
• 1 pc. 3B5-X3 prosthesis passport:
647F408
• 1 pc. card holder for prosthesis passport
• 1pc. 646D564, 646D564=1 instructions for
use (user)
• Android app "Cockpit 4X441-Andr=V*" for
download from the website:
http://www.ottobock-group.com/cock
pitapp
Accessories
The following components are not included in the scope of delivery and may be ordered separ
ately:
• 3B5 4X900 protector • 3B5 4X193-1 protector
7 Charging the battery
The following points must be observed when charging the battery:
• With average use, the capacity of the fully charged battery is sufficient for about 5 days.
• We recommend charging the product overnight when used on a daily basis.
• When used daily, the complete charging unit (power supply – battery charger) may remain
plugged into the wall socket.
• The battery should be charged for at least 3 hours prior to initial use.
• Use the 757L16* power supply and 4E60* battery charger to charge the battery.
• Note the permissible temperature range for charging the battery (see Page48).
• The distance between the battery charger and the receiver on the product must not exceed
2mm.
7.1 Connecting the power supply and battery charger
1 2 3
1) Slide the country-specific plug adapter onto the power supply until it locks into place (see
fig.1).

18 | Ottobock
2) Connect the round, three-pin plug of the power supply to the receptacle on the battery char
ger (see fig.2) so that the plug locks into place.
INFORMATION: Ensure correct polarity (guide lug). Do not use force when connecting
the cable plug to the battery charger.
3) Plug the power supply unit into the outlet (see fig.3).
→The green LED on the back of the power supply lights up.
→The LED ring (status indicator) on the rear of the charger lights up green to indicate the
correct connection to the power supply.
→If the green LED on the power supply and the LED ring on the battery charger do not light up,
there is an error (see Page43).
7.2 Charging the prosthesis battery
1) Connect the inductive charger to the receiver of the charging unit
on the rear of the product. The charger is held in place by a mag
net.
→The LED ring on the rear of the charger pulsates purple
(4-second cycle).
→If the LED ring lights up in a different colour, this indicates an
error (see Page43).
2) The charging process starts.
→Once the product battery is fully charged, all LEDs on the side
of the battery charger light up.
3) After the charging process is complete, hold the prosthesis still and
remove the inductive charger from the receiver.
→A self-test is performed. The joint is operational only after cor
responding feedback (see Page46).
7.3 Display of the current charge level
7.3.1 Display of battery charge level without additional devices
INFORMATION
The charge level cannot be displayed by turning the prosthesis over during the charging pro
cess.
1) Turn the prosthesis by 180° (the sole of the foot must face up).
2) Hold still for 2 seconds and wait for beep signals.
Beep signal Battery charge level
5x short more than 80%
4x short 60% to 80%
3x short 40% to 60%

Ottobock | 19
Beep signal Battery charge level
2x short 20% to 40%
1x short less than 20%
INFORMATION
If the Volume parameter is set to '0' in the Cockpit app or using the remote control (see
Page31) or if mute mode (silent mode) is activated, there are no beep signals.
7.3.2 Display of the current charge level using the Cockpit app
Once the cockpit app has been started, the current charge level is displayed in the bottom line of
the screen:
1. 38% – battery charge level of currently connected pros
thesis
7.3.3 Display of current charge level using remote control (optional accessory)
The current charge level is displayed in the status bar of the remote control when it is connected
and switched on:
1. – Charge level of battery for currently connected pros
thesis
– Prosthesis is being charged
2. 68% – Charge level of battery for currently connected pros
thesis, as a percentage
7.3.4 Display of the current charge level during the charging process
During the charging process, the current battery charge level is indicated by the LEDs lit on the
side of the charger.
Quantity Battery charge
level
0 0%-10%
1 10%-30%
2 30%-50%
3 50%-70%
4 70%-90%
5 > 90%
8 Cockpit app
The cockpit app enables switching from basic mode into the pre-configured
MyModes. In addition, information about the product (step counter, battery
charge level, etc.) can be called up.
The behaviour of the product can be changed to a certain extent on a day-to-
day basis using the app (e.g. while becoming accustomed to the product). At
the next appointment, the prosthetist can trace the changes using the adjust
ment software.

20 | Ottobock
INFORMATION
The Cockpit app can be downloaded free of charge from the respective online store. For more
information, please visit the website: http://www.ottobock-group.com/cockpitapp. To download
the Cockpit app, the QR code on the supplied Bluetooth PIN card can be read with the mobile
device (requirement: QR code reader and camera).
INFORMATION
The language of the Cockpit app user interface can only be changed by the prosthetist using the
adjustment software.
8.1 System Requirements
The functioning of the cockpit app is assured on devices with the Android operating system ver
sion 4.0.3 or higher.
The functionality was tested on the following devices:
• Samsung Galaxy S5, Galaxy S4, Galaxy S4 mini, Galaxy SIII, Galaxy SIII mini, Galaxy
Note II, Galaxy Fame
• Sony Xperia Z, Xperia Z3, Xperia J, Xperia SP
• HTC One, One mini
• LG Optimus L9, Optimus F5, Optimus F6, Optimus G, Optimus G2
• Huawei Ascend P6, Ascend G500
• Motorola Droid Razr Maxx, Moto X, Nexus 6
8.2 Initial connection between cockpit app and prosthesis
The following points should be observed before the initial connection:
• Bluetooth of the component must be switched on.
If Bluetooth is switched off, it can be turned on by turning the prosthesis upside-down (sole of
the foot must point up) 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 estab
lish a connection. If required, Bluetooth on the prosthesis can be switched on permanently
afterwards (see Page34).
• Bluetooth of the device must be switched on.
• The device must not be in "flight mode" (offline mode), otherwise all wireless connections are
turned off.
•The device must be connected to the internet.
• The serial number and PIN code of the component being connected must be known. They are
found on the enclosed Bluetooth PIN card. The serial number begins with the letters "SN".
INFORMATION
If the Bluetooth PIN card with the PIN card and serial number of the component is lost, contact
your prosthetist.
8.2.1 Starting the cockpit app for the first time
1) Tap the symbol of the Cockpit app ( ).
→The end user license agreement (EULA) is displayed.
2) Accept the end user license agreement (EULA) by tapping the Accept button. If the end user
license agreement (EULA) is not accepted, the Cockpit app cannot be used.
→The welcome screen appears.
3) Tap the Add component button.