background image

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
(see Figure 

6

 on page 4).

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 

6

  on

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
changed (

7

8

 and 

9

 on pages 5 and 6).

9

 on page 6: 

 Adjust gradually, 

 Minimal braking action

When resetting, set the axis friction gradually (45°) to minimal res­
istance  to  motion    and  then  turn  back  slightly  without  creating
play  .

Setting the load-related braking action (

10

 on page 6)

Set the load-related braking action as shown in the illustration.

 Increase threshold – Joint brakes at a higher load

 Reduce threshold – Joint brakes at a lower load

Increase gradually (rotation: approx. 45° – 90°).

13

When  the  desired  effect  is  reached,  continue  with  "Setting  axis
friction".

Setting axis friction (

11

 on page 7)

Set the axis friction as shown in the illustration.

 Decrease play – Increase resistance to motion

 Increase play – Decrease resistance to motion

Reduce  play  and  increase  resistance  to  motion  gradually  (rota­
tion: approx. 20°).

Set  the  load-related  braking  action  and  axis  friction  so  that  the
prosthetic knee joint switches from the stance phase to the swing
phase and no longer jams.

NOTICE! 

To prevent increased wear and tear, do not use axis fric­

tion to control the swing phase.

Setting the extension assist (

12

 on page 7)

Set the extension assist as shown in the illustration if necessary.

 Increase spring tension

 Reduce spring tension

CAUTION! 

Set  the  extension  assist  so  that  the  lower  leg  of  the

prosthesis swings through in the dorsal direction according to the
patient's  requirements,  but  reaches  full  extension  in  time  before
the next heel strike.

Fine-tuning the settings

CAUTION! 

The  various  settings  of  the  prosthetic  knee  joint  can­

not  be  adjusted  entirely  independently  of  each  other.  When  the
settings  cannot  be  fully  adjusted  to  the  comfort  needs  of  the
patient,  the  settings  should  be  established  primarily  based  on
safety aspects.

Adapt  the  settings  of  the  prosthetic  knee  joint  to  the  patient  by
means of fine-tuning and exercises.

Содержание 3R15

Страница 1: ...Instructions for use 10 15 3R15 3R49...

Страница 2: ...21Y113 2 21Y66 513D28 2x 21Y67 506G1 M8x25 3R15 3R49 5 Scope of delivery 1 3R15 3R49 490 g 360 g 75 mm 150 Proximal system height Distal system height h s prox 8 mm hs dist 1 mm 1 2 100 kg 220 lbs kg...

Страница 3: ...30 mm a 5 mm a 0 mm 50 50 0 mm 30 mm 10 mm 20 mm 7 2 Bench alignment of the prosthesis 3 m l p a 5 7 m l p a 5 0 mm 50 50 7 2 Bench alignment of the prosthesis 4 3...

Страница 4: ...4 mm 7 2 Bench alignment of the prosthesis 5 Spina iliaca anterior superior mm 0 20 mm 0 20 mm 0 20 mm 40 7 3 Optimising the static alignment 6 4...

Страница 5: ...0 mm 4 mm 7 4 Optimising during dynamic trial fitting 7 6 mm 0 mm 0 mm 7 4 Optimising during dynamic trial fitting 8 5...

Страница 6: ...lly Minimal braking action 45 45 7 4 Optimising during dynamic trial fitting 9 Increase threshold Joint brakes at a higher load Reduce threshold Joint brakes at a lower load 7 4 Optimising during dyna...

Страница 7: ...ncrease resistance to motion Increase play Decrease resistance to motion 7 4 Optimising during dynamic trial fitting 11 Increase spring tension Reduce spring tension 7 4 Optimising during dynamic tria...

Страница 8: ...Alternative positioning Recommended positioning 7 5 Finishing the prssthesis 13 Do not lubricate and grease the prosthetic joint 9 Maintenance 14 8...

Страница 9: ...6 mm 634A58 Isopropyl alcohol 4B74 20 4X24 5 K 25 Nm 0 mm 9 Maintenance 15 9...

Страница 10: ...2 Product description The product 3R15 3R49 has the following key features Monocentric prosthetic knee joint Product components for stance phase stability Adjustable load dependent braking mechanism t...

Страница 11: ...environmental conditions in this section If the product was exposed to unallowable environmental condi tions take suitable steps e g cleaning repair replacement inspection by the manufacturer or a spe...

Страница 12: ...2 on page 2 Proximal system height PSH distal system height DSH 12 7 Preparing the product for use 7 1 Information on fabrication of a prosthesis CAUTION Incorrect alignment assembly or adjustment Inj...

Страница 13: ...kes at a higher load Reduce threshold Joint brakes at a lower load Increase gradually rotation approx 45 90 13 When the desired effect is reached continue with Setting axis friction Setting axis frict...

Страница 14: ...cover 3R6 3S106 After affixing the cosmetic elements verify proper functioning of the prosthesis To reduce friction and to eliminate noise apply silicone spray dir ectly onto the contact surfaces of t...

Страница 15: ...s before every installation Apply the specified torque values Follow the instructions regarding the length of the screws and about how to secure the screws 15 When necessary remove a worn brake bushin...

Страница 16: ...1 1 1 2 1 1 1 J 2 3R15 3R49 16 3R15 3R49 3 3 1 3 2 3R15 1 2 100 kg 1...

Страница 17: ...2 3 3 17 3 4 10 C 60 C 0 90 100 250 1100 3 5...

Страница 18: ...3 5 4 18 5 1 2 6 2 2 PSH DSH 7 7 1...

Страница 19: ...7 2 3 3 4 3 5 4 7 3 19 6 4 Spina iliaca anterior superior 6 4 7 4 7 8 9 5 6 9 6 45...

Страница 20: ...10 6 45 90 11 7 20 12 7 20 7 5 13 8...

Страница 21: ...7 5 1 3R6 3S106 8 8 1 21 8 2 1 2 3...

Страница 22: ...9 30 14 8 22 4B74 20 4X24 5 K 15 9 634A58 10 11 11 1...

Страница 23: ...11 2 2017 745 CE 23...

Страница 24: ...45043 20 7 8482 75 85 81 info ottobock ru www ottobock ru 143441 69 7 7 495 564 83 60 7 495 564 83 63 info ottobock ru www ottobock ru Ottobock SE Co KGaA Max N der Stra e 15 37115 Duderstadt Germany...

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