Technical Data; Preparing The Product For Use; Information On Fabrication Of A Prosthesis; Bench Alignment Of The Prosthesis - Ottobock 3R15 Instrucciones De Uso

6 Technical data

The technical data are shown in Figure
: Proximal system height (PSH);

7 Preparing the product for use

7.1 Information on fabrication of a prosthesis

CAUTION
Incorrect alignment, assembly or adjustment
Injuries due to incorrectly installed or adjusted as well as damaged
prosthetic components
► Observe the alignment, assembly and adjustment instructions.
CAUTION
Initial use of the prosthesis by the patient
Fall due to lack of patient experience, incorrect alignment or incor­
rect adjustment of the prosthesis
► For the safety of the patient, use a suitable device (e.g. parallel
bars, handrail, wheeled walker) during initial standing and walk­
ing.

7.2 Bench alignment of the prosthesis

INFORMATION
The prosthetic components and prosthesis shown in the illustrations
are used as examples to illustrate the general process. The instruc­
tions for use of the prosthetic components selected for the patient
contain detailed information and have to be used for fabrication of
the prosthesis.
► CAUTION! To enable the patient to stand safely, align the pros­
thesis using the alignment images for the sagittal plane
3
(Figure on page 3) and for the frontal plane (Figure
page 3) as well as the instructions for use of all prosthetic com­
ponents that were used.
2
on page 2.
: distal system height (DSH)
► Additionally, observe the following points for the bench alignment
of the prosthesis:
5
on page 4: Mount the prosthetic joint with its extension assist
►
cable as shown in the illustration.
7.3 Optimising the static alignment
► To optimise the static alignment, position the patient on the meas­
uring device.
► In the sagittal plane, check the course of the load line relative to
the marked alignment reference point and correct this if needed
6
(see Figure
► In the frontal plane, check the course of the load line relative to
the marked points (prosthetic foot, prosthetic knee joint, spina ili­
aca anterior superior) and correct if needed (see Figure
page 4).

7.4 Optimising during dynamic trial fitting

CAUTION
Adjusting the Settings
Fall due to incorrect or unfamiliar settings
► Only adapt the settings to the patient gradually.
► Explain the effects of the adjustments on the use of the prosthes­
is to the patient.
Restore default settings
► Prior to the dynamic trial fitting, restore the factory settings as
shown in the illustrations if the factory settings have been
7
changed ( ,
9
on page 6: Adjust gradually,
►
When resetting, set the axis friction gradually (45°) to minimal res­
istance to motion
play .
4
on
Setting the load-related braking action (
► Set the load-related braking action as shown in the illustration.
on page 4).
8 9
and on pages 5 and 6).
Minimal braking action
and then turn back slightly without creating
10
on page 6)
6
on
19